JFAS_Vol 14 N 03

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DECADAL ANALYSIS OF TEMPORAL VARIABILITY IN RAINFALL TRENDS IN OGBOMOSO
(university of eloued -جامعة الوادي, 2022-09-01) OlasunkanmiSuleman, Kamaldeen; LukmanAyobami, Sunmonu2; George, AtiladeÀlàgbé; Akeem, LawalSheu; Suliat, KemiRasaq
Ten-year (2009-2018) monthly rainfall data was obtained from the Nigerian Meteorological Agency (NIMET). The data was processed and analysed using OriginPro 8.5 software. Statistical tools such as standard deviation and Coefficient of Variation (CV) were used for data presentation while analyses were done using the Mann-Kendall and Sen’s slope of linear regression to examine variations across the months and years. Results revealed higher values around July and September while lower values were recorded around December and January. Seasonal variability shows a remarkable increasing trend with theexception of post-wet which recorded an insignificant downward trend. TheMann-Kendall and Sen’sslope estimator analyses revealedboth downward and upward trendsin rainfall the study period and the changes are strongly marked for certain years and less for others. This result would contribute significantly to the effective management and sustainable development of the social economic activities which are heavily rain-dependent, within the study area
EFFECT ON MORPHOLOGICAL
(university of eloued جامعة الوادي, 2022-09-01) Djamel Eddine, Hamza1,; Leila, Lamiri2,3; Assia, Tounsi3,; Amor, AAzizi1,; , Alam Saeed4 Mohammad
Cadmium Sulphide thin films have been successfully electrodeposited on a conducting Indium-Tin-Oxide (ITO) glass substrate, with different deposition time (10 min, 20 min, and 30 min). The Scanning electron microscopy (SEM), UV-Vis spectrophotometry, X-ray diffraction (XRD), and Atomic force microscopy (AFM) were used to characterize the morphological of films obtained. Moreover, Mott–Schottky (MS) measurements and Photoelectrochemical (PEC) measurements were carried out to study their structural, optical and electrical properties respectively. XRD result points to high crystallinity oriented along (002) planes. The studies reveal that the optical transmission increases with decreasing time of deposition. Mott-Schottky and Photoelectrochemical studies indicates that the CdS thin films display n-type semiconductor, which allows used as layer in photovoltaic cell applications.
EVALUATION OF THE CHEMICAL AND BACTERIOLOGICAL PARAMETERS OF WELL AND BOREHOLE WATERS IN THE CITY OF NATITINGOU IN THE NORTH WEST OF BENIN
(university of eloued -جامعة الوادي, 2022-09-01) Tossou, Evariste; Waris, Kéwouyèmi Chout; Sèmiyou, Osseni
The general objective of this research is to study the physico-chemical and bacteriological quality of the water supply sources in the Municipality of Natitingou.The methodological approach adopted revolves around the collection of data on sources of drinking water supply, water sampling, socio-anthropogenic data. The analysis of the results shows that water resources are not very diversified and are limited to rainwater and groundwater. The factors that explain the bacteriological pollution of these waters are linked to the conditions of transport and storage of water, the environment, the almost total absence of a wastewater management system and the behavior of the population. Chemical pollution is due to chemicals used in socio-economic activities and released into nature
CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSISCRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS CRYSTAL STRUCTURE AND HIRSHFELD ANALYSIS OF (C OF (COF (COF (C7H5NS) NS)2SNCLSNCL SNCL6.2H
(university of eloued جامعة الوادي, 2022-09-01) Oussama, Chebout; Hocine, Merazig,
The compoundcompound bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate bisbenzothiazolium hexacholoridostannate(II) dihydrate was was was obtained obtained and and structurally characterized by singlestructurally characterized by single structurally characterized by single structurally characterized by single structurally characterized by singlestructurally characterized by single structurally characterized by single structurally characterized by singlestructurally characterized by single structurally characterized by singlestructurally characterized by singlestructurally characterized by singlestructurally characterized by single structurally characterized by single structurally characterized by single structurally characterized by single structurally characterized by singlestructurally characterized by single structurally characterized by single-crystal Xcrystal Xcrystal X crystal X crystal X-ray dray dray d ray diffra iffraiffraiffraction techniquesction techniques ction techniques ction techniques ction techniques . The ionic The ionic The ionic The ionic The ionic The ionic compoundcompound crystallizecrystallizecrystallize crystallize crystallizecrystallizes in the triclinic, space group P in the triclinic, space group P in the triclinic, space group Pin the triclinic, space group P in the triclinic, space group P in the triclinic, space group P in the triclinic, space group Pin the triclinic, space group Pin the triclinic, space group P in the triclinic, space group Pin the triclinic, space group Pin the triclinic, space group Pin the triclinic, space group P in the triclinic, space group P in the triclinic, space group Pin the triclinic, space group P-1. The The The The envenv ironment ironment of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral of the Sn ion is octahedral slightly deformed. slightly deformed. slightly deformed. slightly deformed. slightly deformed. slightly deformed. slightly deformed. slightly deformed. slightly deformed. Supramolecular architectureSupramolecular architecture Supramolecular architectureSupramolecular architecture Supramolecular architectureSupramolecular architectureSupramolecular architecture Supramolecular architectureSupramolecular architectureSupramolecular architectureSupramolecular architectureSupramolecular architecture Supramolecular architectureSupramolecular architectureSupramolecular architecture Supramolecular architecture involve involve s C—H…O, H…O, H…O, C—H…Cl H…Cl and and and N—H…O H…O hydrogen bonds hydrogen bonds hydrogen bonds hydrogen bonds hydrogen bonds and featuring and featuring and featuring and featuring and featuring and featuring and featuring and featuring – stacking stacking stacking inter interinteractionsactionsactions actions link the molecules into a link the molecules into a link the molecules into a link the molecules into a link the molecules into a link the molecules into a link the molecules into a link the molecules into a link the molecules into a link the molecules into a link the molecules into a link the molecules into a three threethree-dimensional network. dimensional network. dimensional network. dimensional network. dimensional network. dimensional network. dimensional network. dimensional network. Hirshfeld HirshfeldHirshfeld HirshfeldHirshfeld analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular analysis was performed to show the intermolecular interactions in the crystal structure interactions in the crystal structureinteractions in the crystal structureinteractions in the crystal structureinteractions in the crystal structureinteractions in the crystal structure interactions in the crystal structure interactions in the crystal structureinteractions in the crystal structure interactions in the crystal structure interactions in the crystal structureinteractions in the crystal structureinteractions in the crystal structure interactions in the crystal structure interactions in the crystal structureinteractions in the crystal structureinteractions in the crystal structure interactions in the crystal structure interactions in the crystal structure interactions in the crystal structure.
EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL
(university of eloued جامعة الوادي, 2022-09-01) Sar, Youcefi2; Abdelkader, Youcefi2
This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation the flow and in theoretical prediction of 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al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 -3 Pa.s and Pa.s and Pa.s and Pa.s and Pa.s and Pa.s and Pa.s and Pa.s and 520.10 520.10 -3 Pa.s and which arePa.s and which arePa.s and which arePa.s and which arePa.s and which arePa.s and which arePa.s and which are Pa.s and which are Pa.s and which are Pa.s and which arePa.s and which arePa.s and which are represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented
ANTIBACTERIAL ACTIVITY OFGVL,A LECTIN ISOLATED FROM MARINE ALGAE GRACILARIA VERRUCOSA
(university of eloued -جامعة الوادي, 2022-09-01) Ratheesh, Sadanandan; Appu, Anoop; A. Rauf, Arun
Lectins are univalent or polyvalent carbohydrate -binding proteins of non-immune origin that are widely distributed inthemarine ecosystem.A lectin was isolated from marine algaeGracilariaverrucosaby G-100 gel filtration chromatography. This lectin was named GVL, agglutinated rat, rabbit, goat, chicken and human ABO erythrocytes.The antibacterial activity of this algal lectin was studied using disc diffusion method. GVLexhibited potent antibacterial activity against bacteria such as E.coli,S.pyogenes,S.aureus,E.faecalis,B.subtilisandcoagulase-negative Staphylococci(CoNS)by disc-diffusion method.Also,the results were compared with standard antibiotic Ampicillin. These findings indicate that GVL is having therapeutic applications with great importance in clinical microbiology
STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL STUDY AND ANALYSIS OF STATISTICAL
(university of eloued جامعة الوادي, 2022-09-01) Abdelkader, Boualem
Knowing the Knowing the Knowing the recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi recent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semirecent evolution and variability of the climate in arid semi -arid regions is a arid regions is a arid regions is a arid regions is a arid regions is a arid regions is a arid regions is a arid regions is a arid regions is a arid regions is a arid regions is a necessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of necessity to anticipate what the consequences on environments and societies of thenecessity to anticipate what the consequences on environments and societies of se se se regions could be, and thus defineregions could be, and thus defineregions could be, and thus define regions could be, and thus defineregions could be, and thus defineregions could be, and thus define regions could be, and thus defineregions could be, and thus define regions could be, and thus defineregions could be, and thus defineregions could be, and thus defineregions could be, and thus define regions could be, and thus defineregions could be, and thus define regions could be, and thus defineregions could be, and thus define regions could be, and thus defineregions could be, and thus define sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we sustainable adaptation policies. In this modest work we studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. studied the evolution of rainfall in an arid region. Thus,Thus, Thus, a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall a good knowledge of the rainfall distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the distribution both in time and space, is essential to identify on the one hand the critical one hand the critical one hand the critical one hand the critical one hand the critical one hand the critical one hand the critical one hand the critical one hand the critical one hand the critical one hand the critical periods of dr periods of drperiods of dr periods of drperiods of dr periods of drperiods of dr ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones ought to which the crops are exposed and on other hand favorable zones and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential and the zones unfavorable. In this perspective, we have contributed to study essential element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations element of the balance which is precipitations by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment by using the statistical treatment and the and the and the and the analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by analysis of the indices dryness, also we adopted a methodology which is characterized by the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database. the 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and creation from a computer database. the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database. the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database.the Collection of pluviometric data and creation from a computer database. The calculation of the indices for difThe calculation of the indices for dif The calculation of the indices for difThe calculation of the indices for difThe calculation of the indices for difThe calculation of the indices for dif The calculation of the indices for dif The calculation of the indices for dif The calculation of the indices for difThe calculation of the indices for dif The calculation of the indices for difThe calculation of the indices for dif The calculation of the indices for difThe calculation of the indices for dif The calculation of the indices for difThe calculation of the indices for difThe calculation of the indices for difThe calculation of the indices for difThe calculation of the indices for difThe calculation of the indices for dif The calculation of the indices for difThe calculation of the indices for dif The calculation of the indices for difThe calculation of the indices for dif ferent stations reveals the existenferent stations reveals the existenferent stations reveals the existenferent stations reveals the existenferent stations reveals the existen ferent stations reveals the existenferent stations reveals the existenferent stations reveals the existenferent stations reveals the existenferent stations reveals the existen ferent stations reveals the existen ferent stations reveals the existenferent stations reveals the existenferent stations reveals the existenferent stations reveals the existen ferent stations reveals the existenferent stations reveals the existen ferent stations reveals the existenferent stations reveals the existen ferent stations reveals the existenferent stations reveals the existenferent stations reveals the existen ferent stations reveals the existen ce of two distinct ce of two distinct ce of two distinct ce of two distinct ce of two distinct ce of two distinct ce of two distinct ce of two distinct ce of two distinct ce of two distinct ce of two distinct wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a wet and dry periods. Drought years are more notable as they can set in for 4 years. There is a decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high decrease in rainfall during this study period but it is also interrupted by other years of high rainfall inrainfall inrainfall in rainfall inrainfall in rainfall inrainfall in certain regions such as El Kheitercertain regions such as El Kheitercertain regions such as El Kheitercertain regions such as El Kheiter certain regions such as El Kheitercertain regions such as El Kheitercertain regions such as El Kheiter certain regions such as El Kheitercertain regions such as El Kheitercertain regions such as El Kheiter certain regions such as El Kheiter certain regions such as El Kheitercertain regions such as El Kheitercertain regions such as El Kheitercertain regions such as El Kheitercertain regions such as El Kheiter certain regions such as El Kheiter certain regions such as El Kheiter certain regions such as El Kheitercertain regions such as El Kheiter and Mecheria. It is as if the further south you go, and Mecheria. It is as if the further south you go, and Mecheria. It is as if the further south you go, and Mecheria. It is as if the further south you go, and Mecheria. It is as if the further south you go, and Mecheria. It is as if the further south you go, and Mecheria. It is as if the further south you go, and Mecheria. It is as if the further south you go, and Mecheria. It is as if the further south you go, and
VALORIZATION OF CITRUS SINENSIS WASTES FOR THE PRODUCTION OF ORANGE ESSENTIAL OIL: IDENTIFICATION OF CHEMICAL COMPOSITION AND ANTIBACTERIAL ACTIVITY
(university of eloued -جامعة الوادي, 2022-09-01) Lamria, Sei; Delloula, Lakhdari; Ouafia, Belgherbi; Ines, Laourari3; Nasrin, Golzadeh; Dalila, Chouder
The objective of this study was to extract, characterize, and examine the antibacterialproperties of orange essential oil obtained from citrus sinensis peels, using hydro-distillationmethod. Various components of the orange oil were characterized by FTIR, UV-Vis and GC-MS spectroscopic techniques. The extracted essential oil was conformed to AFNORstandards, and had a maximum yield of 3.4% (w/w). The obtained results showed thatlimonene was the major bioactive components of the orange essential oil (97.14%). Theessential orange oil and its dilutions in DMSO showed an excellent antibacterial activityagainst Staphylococcus aureus (gram-positivebacteria) with a diameter of inhibitionzonesuperior to 40 mm. However,it was ineffective antibacterial activity against Escherichia coliand Pseudomonas aerogenes (gram negative bacteria)
N, N-DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE AS CORROSION INHIBITOR FOR ZINC IN DIMETHYLANILINE
(university of eloued جامعة الوادي, 2022-09-01) R. T., . VashiR.; . T., VashiR.; , Zele 2, S. A.
The inhibitive effect of N,The inhibitive effect of N, The inhibitive effect of N, The inhibitive effect of N, The inhibitive effect of N,The inhibitive effect of N,The inhibitive effect of N,The inhibitive effect of N,The inhibitive effect of N,The inhibitive effect of N,The inhibitive effect of N,The inhibitive effect of N,The inhibitive effect of N, The inhibitive effect of N,The inhibitive effect of N,The inhibitive effect of N,N-Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 Dimethylaniline (DMA) as corrosion inhibitor for zinc in 0.1, 0.3 and 0.5 M Hand 0.5 M H and 0.5 M H and 0.5 M H and 0.5 M Hand 0.5 M Hand 0.5 M H2SO 4 solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic solutions has been investigated by using weight loss, potentiodynamic polarizatio polarizatio polarizatio polarization and el n and eln and el n and eln and eln and elec trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results trochemical impedance spectroscopy (EIS) techniques. The results obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of obtained reveal that inhibition efficiency (I.E.) increases with increase in concentration of inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increinhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration incre inhibitors but decreases with increase in temperature. As inhibitor concentration increases ases ases ases ases corcor ro sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half sion rate decreases. The constant ‘k’ decreases while half -life ‘t life ‘t life ‘t life ‘t life ‘t life ‘t ½’ increases with the ’ increases with the ’ increases with the ’ increases with the ’ increases with the ’ increases with the ’ increases with the ’ increases with the ’ increases with the ’ increases with the ’ increases with the ’ increases with the increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM increase in concentration of inhibitor. DMA showed maximum I. E. 93.51 % at 60 mM 0.5 M H 0.5 M H 0.5 M H0.5 M H0.5 M H2SO 4 acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in acid at 301 K. The inhibition effect is discussed in view of view of view of view of DM A molecules A molecules A molecules A molecules A molecules A molecules A molecules adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve adsorbed on the metal surface and it obeys Langmuir adsorption isotherm. Polarization curve indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions. indicates that inhibitor act as mixed type for zinc corrosion in sulphuric acid solutions.
BIOCHAR-MEDIATED REMEDIATION IMPACTS ON NITROGEN CYCLING BACTERIA AND AMMONIA MONOOXYGENASE ACTIVITY IN CRUDE OIL POLLUTED SOIL
(university of eloued -جامعة الوادي, 2022-09-01) Anwuli, U. Osadeb; Davis, Ibiso; Davis, Ibiso W; Ogugbue, Chimezie J; Gideon C, Okpokwasili
Thisstudy adopted an ecosystem services approach to pollution management by investigating the impact of biochar-mediated remediation on soil nitrogen, abundance of nitrogen cycling bacteria and the activity of ammonia monooxygenase (AMO) enzyme in petroleum-polluted soil using two biochar types applied at two treatment levels with monitoring over 15 weeks. The corn cob-derived biochar (CDB), generally, had a stronger restorative effect on soil ammonium nitrogen,nitrate and total organic nitrogenconcentrations than the bone-derived biochar (BDB). Both biochar types had a more robust impact on restoration of Nitrosomonas, Nitrobacterand Azotobacterabundance (with the re-establishment of pre-pollution levels) than on Rhizobiumand Pseudomonas aeruginosa. Biochar amendment restored the activity of AMO enzyme in the soil by week 15. The CDB (72.4% –73.7%) showed more effective total petroleum hydrocarbon (TPH) elimination capacity than the BDB (51.1% –57.7%).Biochar amendments exhibited great potential for restoration of nitrogen cycling while facilitating remediation of petroleum-polluted soils.
THE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO HE NEW TRENDS IN NETWORKING: IOT, 5G AND COGNITIVE RADIO
(university of eloued جامعة الوادي, 2022-09-01) Fayssal, l Bendaoud
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IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications are elder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications areelder. IoT, the Internet of Things, and 5G radio communications are the newest the newest the newest the newest the newest the newest ne tworking advancements. These two technologies fulfil all of the researchers' goals tworking advancements. These two technologies fulfil all of the researchers' goals tworking advancements. 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IoT is a framework that allows everyday devices to become improving people's quality of life. IoT is a framework that allows everyday devices to become improving people's quality of life. IoT is a framework that allows everyday devices to become improving people's quality of life. IoT is a framework that allows everyday devices to become improving people's quality of life. IoT is a framework that allows everyday devices to become improving people's quality of life. IoT is a framework that allows everyday devices to become smarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicatsmarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communicat smarter, processing to become more intelligent, and communication to become ion to become ion to become ion to become ion to become more relevant. more relevant. more relevant. more relevant. more relevant. more relevant. more relevant. more relevant. more relevant. more relevant. The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution The Internet of Things (IoT) has already made huge progress as a ubiquitous solution platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows platform for the linked world. We also discussed Radio Cognitive RC, which allows people to connect networks as secondary users at no c people to connect networks as secondary users at no c people to connect networks as secondary users at no c people to connect networks as secondary users at no cpeople to connect networks as secondary users at no c people to connect networks as secondary users at no cpeople to connect networks as secondary users at no c people to connect networks as secondary users at no c people to connect networks as secondary users at no c people to connect networks as secondary users at no c people to connect networks as secondary users at no c people to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no c people to connect networks as secondary users at no cpeople to connect networks as secondary users at no c people to connect networks as secondary users at no c people to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no cpeople to connect networks as secondary users at no c people to connect networks as secondary users at no c people to connect networks as secondary users at no cost while the ost while the ost while the ost while the service provided is not service provided is not service provided is not service provided is not service provided is not service provided is not service provided is not service provided is not service provided is not service provided is not as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can as good that provided to primary users who pay a license use the network. RC can provide a solution for best provide a solution for best provide a solution for bestprovide a solution for bestprovide a solution for bestprovide a solution for best provide a solution for best provide a solution for bestprovide a solution for best provide a solution for bestprovide a solution for best provide a solution for bestprovide a solution for best-effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity effort IoT applications that do not require constant connectivity and high QoS requirements. This studyand high QoS requirements. This study and high QoS requirements. This study and high QoS requirements. This study and high QoS requirements. This studyand high QoS requirements. This studyand high QoS requirements. This studyand high QoS requirements. This study and high QoS requirements. This studyand high QoS requirements. This study and high QoS requirements. This studyand high QoS requirements. This studyand high QoS requirements. This studyand high QoS requirements. This study and high QoS requirements. This studyand high QoS requirements. This studyand high QoS requirements. This study describes all describes alldescribes alldescribes alldescribes all describes alldescribes alldescribes all of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with of these technologies and concludes with a recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further worksa recommendation for using IoT and RC in our further works a recommendation for using IoT and RC in our further works .
UNIVERSAL PROGRAMMABLE DIGITAL TIMER SWITCH
(university of eloued -جامعة الوادي, 2022-01-01) Usma, Ayinde M; Rauf, Alada S; Surajudeen-Bakinde, NazmatT; AbdulkarimA, Oloyede; Zakariyya, Olayinka. S
Many electromechanical devices operation isdependent on timing concept. Different constituentpartsare programmed to function on timestamp. In many home and industrial applications, timer switches form one of the major components. It is usually used for the operation of such devices. In this work, a simple but robust general-purpose universal programmable digital timer (UPDT) is proposed. The UPDT switch is a software-based timer with an interface that can be connected to a variety of devices to act as a switch for their operations. It is designed to perform a cyclic operationup to 100 times with a maximum switching time of 100 hours. The module presented in this work is capable of beingusedfor the operation of a variety of devices such as utility load shedding device, water pump control, automatic poultry feed dispenser, automatic lawn watering system, among others
FOODSAFETYKNOWLEDGE,ATTITUDESANDPRACTICESAMONG RESTAURANTS’ FOODHANDLERS IN NORTH LEBANON: EVALUATION OF THE FOOD SAFETY TRAINING
(university of eloued -جامعة الوادي, 2022-01-01) Jana, Halabi; Hanan, Hijazi; Khaled, El Omari; Imad, Al Kassaa; Mazen, Zaylaa
This study was conducted to assess food safety knowledge, attitudes and practices among restaurant food handlers in North Lebanon and to determine what impact the food safety intervention had on the performance of workers.A structured questionnaire of 35 questions has been used to collect information on socio-demographic characteristics, knowledge, attitudes and practices for 110 food handlersrandomly working in 38 food service establishments via face-to-face questioning interviews during three months.The intervention was made to a subgroup of 13 participants followed by a reassessment. The average percentage scores of all food handlers for knowledge, attitudes, andpractices were 63.78%, 83.63% and 81%, respectively.For the 13 participants who received theintervention, a significant improvement was observed in their performance after the training (p˂0.001)

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