JFAS_Vol 12 N 02

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EFFECT OF THE SANDS CLOSE TO THE MASCARA REGION IN THE MANUFACTURE OF SELF-COMPACTING MORTARS
(university of el oued/جامعة الوادي, 2020-05-10) Laoufi, L; Senhadji, Y; Laoufi, I; Benazzouk3, A
Sand plays a very important role during the manufacture of concrete and mortar for the need of civil engineering and building. It influences both the properties of cementary materials in the fresh state and in the hardened state. The objective of this work is the development of self-compacting mortars with the various sands existing in the region of the city of Mascara for the main study of mechanical performance. Six sands were used for this purpose: three natural sands and three crushed sands. The tests carried out during this research are: physical tests, tests in the fresh state and tests on hardened mortars. The results to which our research has led is that self-compacting mortars made with crushed sands give a granular skeleton with high compactness and superior mechanical performance compared to self-compacting mortars made with natural sands.
WATER IN THE KSOURS: WHAT GENIUS? CASE OF TIMIMOUN AND TIOUT (ALGERIA)
(university of eloued جامعة الوادي, 2020-05-01) M. H., Ait Saadi1,; , Remini B
What a genius, building a home for more than 10 centuries in the Sahara desert with all the necessary amenities to withstand a hyper-arid climate like that of Timimoun and Tiout. During our work missions during the period: 2000-2019 in the south-west of the Sahara, we were interested in the feeding of Timimoun ksours by the foggaras. This study shows that feeding ksar water remains an unresolved problem for the ksouriens of the Sahara. Two success stories in this area of water have been cited in this paper. These are the ksours of Timimoun which are fed by the foggaras. The ksar of Tiout was supplied with water by an ancestral dam. These are the two cases of the Sahara that have benefited from water with zero energy. These two examples demonstrate the ingenuity of the ksours population. If after ten centuries, the oasis have managed to master the architecture of the ksours, against the supply of ksar in water has shortcomings.
VIRTUAL SCREENING OF TRIAZOLES
(university of eloued جامعة الوادي, 2020-05-01) L., . Mostefaoui,; , Ghalem S
Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public healthHypertension, or elevated arterial blood pressure, is a substantial public health Hypertension, or elevated arterial blood pressure, is a substantial public health problem. problem. The The The two 11β two 11β two 11β -hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β hydroxysteroid dehydrogenase (11β -HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of HSD) isozymes catalyze the interconversion of cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with cortisol and cortisone. Our research consists in studying the inhibition of enzymes with some derivatives of 1,2,4 some derivatives of 1,2,4 some derivatives of 1,2,4 some derivatives of 1,2,4 some derivatives of 1,2,4 some derivatives of 1,2,4 some derivatives of 1,2,4 some derivatives of 1,2,4some derivatives of 1,2,4 -triazoles triazoles triazoles by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and by means of molecular docking and dynami cs approaches.approaches. approaches.approaches.approaches.approaches. The interac tions betwee n the studied inhibito rs and our target were werewere further explored through molec ular docking and molec ular dynamics simulations, in the presence of , in the presence of , in the presence of , in the presence of , in the presence of , in the presence of , in the presence of , in the presence of , in the presence of , in the presence of , in the presence of , in the presence of water molecules. water molecules. water molecules. water molecules. water molecules. water molecules. water molecules. The The molec ular dynamics study was done for the best der study was done for the best derstudy was done for the best der study was done for the best der study was done for the best der study was done for the best derstudy was done for the best der study was done for the best derstudy was done for the best der study was done for the best der study was done for the best der study was done for the best der study was done for the best derivatives of ivatives of ivatives of 1,2,4 -triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest triazoles inhibitors (deducted from the docking best scores for L2 and L1, lowest score for Lref) score for Lref) score for Lref)score for Lref) score for Lref) score for Lref) score for Lref)score for Lref) . A few key residu es (N-14 with 14 with oxygen receptor interaction H oxygen receptor interaction H oxygen receptor interaction H oxygen receptor interaction Hoxygen receptor interaction Hoxygen receptor interaction H oxygen receptor interaction H oxygen receptor interaction Hoxygen receptor interaction Hoxygen receptor interaction Hoxygen receptor interaction Hoxygen receptor interaction H oxygen receptor interaction H oxygen receptor interaction H- donor) donor) at the binding site of of (11β (11β (11β -HSD1) and (11β HSD1) and (11β HSD1) and (11β HSD1) and (11β HSD1) and (11β HSD1) and (11β -HSD2) were HSD2) were HSD2) were HSD2) wereHSD2) were identified. Obtained Docking and btained Docking and btained Docking and btained Docking and btained Docking and btained Docking and btained Docking and molecular dynami cs result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted result, both leads to the same conclusion and predict that L2 subsisted derivatives of 1, 2, 4 derivatives of 1, 2, 4 derivatives of 1, 2, 4 derivatives of 1, 2, 4 derivatives of 1, 2, 4 -triazoles is the best inhibitor candidate. triazoles is the best inhibitor candidate.triazoles is the best inhibitor candidate.triazoles is the best inhibitor candidate. triazoles is the best inhibitor candidate. triazoles is the best inhibitor candidate. triazoles is the best inhibitor candidate. triazoles is the best inhibitor candidate. triazoles is the best inhibitor candidate. triazoles is the best inhibitor candidate.triazoles is the best inhibitor candidate.
THEORETICAL STUDY OF THE REACTIVITY OF MONURON AND ITS PROTONATED FORMS
(university of eloued جامعة الوادي, 2020-05-01) Ri*, . Masmoudi*; S, Khettaf,; I., Boukhatem,; R, Aberkane,; C., Kahlat,
A theoretical study of 3-(4-Chlorophenyl)-1,1-dimethylurea and its protonated isomers has been carried out, to emphasize the experimental results of the electrostatic interactions in the herbicide models, for investigating the implications taking place on the structural parameters starting from the gaseous phase to the aqueous one. It has been found that its functionalized structure gives us three protonated targets. The calculations has been performed on both neutral and protonated forms using Density Functional Theory (DFT) with the hybrid functional B3LYP. Many molecular parameters have been studied. To identify the reactive sites, our study has focused on the local and the global reactivity descriptors explaining the chemical reactivity. The calculations have demonstrated that the attacks on the aliphatic branched exocyclic positions are privileged to those of the aromatic ring. Studying the solvent effect has revealed that there is a change in the hierarchy of the electrophilicity. Various vibrational modes have been exploited to discuss the literary spectroscopic data.
THE ASSESSMENT OF COMPATIBILITY OF WASTEWATER TREATED BY NATURAL LAGOON WITH DISCHARGE AND IRRIGATION STANDARDS. CASE STUDY
(university of eloued جامعة الوادي, 2020-05-01) M., Djaani1*,; Z., Baba amer2
In order to protect the environment and the groundwater against pollution, we dealt with one of the problems in the world, regarding the treatment of wastewater and the possibility of reuse with irrigation. We studied the case of the Kef Eddouken natural lagoon treatment plant in Ghardaia (southern Algeria). For this reason we studied the physico-chemical, bacteriological and parsitological parameter of waste and treated water. The results of the analysis show that all the previous parameters comply with the Algerian standard of rejection except electrical conductivity, suspended matter and BOD5. On the other hand, despite the electrical conductivity exceeds the limit, but it corresponds to the SAR value; according to the Algerian and the international standard of irrigation, this quality of water can be used sub-irrigation for vegetable which eaten only cooked.
TEMPORAL VARIATION OF THE WATER QUALITY OF A PERMANENT WATERCOURSE: CASE OUED BOUSSELAM
(university of eloued جامعة الوادي, 2020-05-01) M., . Dehbi*1; , . Messai-Maane2, S.; , . Sekki3 A.
In order to assess the degree of pollution of surface water from Boussalem river from the city of Setif, we conducted during 2014; a study of physical and chemical characteristics of surface water. The results showed that water is loaded into mineral matter in terms of electrical conductivity (Avg = 1059,18 μS/cm ± 631,7), in turbidity (Avg = 15,713 NTU ± 22,19), in TSS (Avg = 189 mg/l ± 119,5), with low dissolved oxygen (Avg = 2,98 mg/l ± 2 ,44). The pH is closed to neutrality (Avg = 7,78 ± 0,74), the temperature is 17°C ± 11,13). Also, one revealed according to the results which water of Bousselam river is bad according to the quality standards of surface water and this is directly related to factors anthropic.
SYNTHESIS, Cu(II) SCHIFF BASE COMPLEXATION AND STRUCTURAL ANNALYSIS OF THE LIGAND 4-{[2-(METHOXYCARBONYL)PYRROLIDIN-1-YL]METHYL}BENZOIC ACID
(university of eloued جامعة الوادي, 2020-05-01) H., . Far1,; , . Benaissa T.; S ., . Daoudi .
A new prolineA new prolineA new proline A new proline A new proline -based ligand was synbased ligand was synbased ligand was syn based ligand was syn based ligand was syn based ligand was syn based ligand was syn based ligand was syn based ligand was syn based ligand was syn thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was thesized by a convenient procedure. The ligand was characterized by characterized by characterized by characterized by characterized by characterized by characterized by characterized by characterized by characterized by 1H NMR, H NMR, H NMR, H NMR, 13 C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base C NMR and IR spectroscopies. Copper (II) Schiff base complexes of 4complexes of 4 complexes of 4complexes of 4 complexes of 4 complexes of 4 complexes of 4complexes of 4-{[2 -(methoxycarbonyl) pyrrolidin (methoxycarbonyl) pyrrolidin(methoxycarbonyl) pyrrolidin (methoxycarbonyl) pyrrolidin(methoxycarbonyl) pyrrolidin (methoxycarbonyl) pyrrolidin (methoxycarbonyl) pyrrolidin(methoxycarbonyl) pyrrolidin (methoxycarbonyl) pyrrolidin (methoxycarbonyl) pyrrolidin -1-yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand yl] methyl} benzoic acid of this ligand were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized were synthesized and characterized by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. by the aforementioned spectroscopy techniques, i.e. 1H NMR, 13 C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the C NMR and IR. Moreover, its bactericidal activity was assessed through the determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well idetermination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well i determination of the minimum inhibitory concentration (MIC) values as well inhibition nhibition nhibition nhibition zone diameter for gram pozone diameter for gram po zone diameter for gram pozone diameter for gram po zone diameter for gram po zone diameter for gram pozone diameter for gram po zone diameter for gram pozone diameter for gram po zone diameter for gram po zone diameter for gram po sitive bacteria, such as sitive bacteria, such as sitive bacteria, such as sitive bacteria, such as sitive bacteria, such as sitive bacteria, such as sitive bacteria, such as sitive bacteria, such as sitive bacteria, such as sitive bacteria, such as Staphylococcus aureus Staphylococcus aureus Staphylococcus aureusStaphylococcus aureus Staphylococcus aureus Staphylococcus aureusStaphylococcus aureus , and gram negative , and gram negative , and gram negative , and gram negative , and gram negative , and gram negative , and gram negative , and gram negative , and gram negative , and gram negative bacteria like bacteria like bacteria like bacteria like bacteria like bacteria like bacteria like bacteria like Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter Klebsiella pneumoniae, Citrobacter freundii, Salmonella typhi, Enterobacter cloacaecloacae (the two bacteria (the two bacteria (the two bacteria (the two bacteria (the two bacteria (the two bacteria (the two bacteria (the two bacteria Citrobacter freundiiCitrobacter freundii Citrobacter freundiiCitrobacter freundii Citrobacter freundii Citrobacter freundii Citrobacter freundiiCitrobacter freundii and and and Salmonella typ Salmonella typ Salmonella typ Salmonella typ hi are very sensitive against are very sensitive against are very sensitive against are very sensitive against are very sensitive against are very sensitive against are very sensitive against are very sensitive against are very sensitive against are very sensitive against are very sensitive against are very sensitive against this this molecule moleculemoleculemolecule unlike Enterobacter cloac unlike Enterobacter cloac unlike Enterobacter cloac unlike Enterobacter cloac unlike Enterobacter cloacunlike Enterobacter cloac unlike Enterobacter cloac unlike Enterobacter cloac unlike Enterobacter cloacae bacteria which is resistant)ae bacteria which is resistant)ae bacteria which is resistant) ae bacteria which is resistant)ae bacteria which is resistant)ae bacteria which is resistant) ae bacteria which is resistant) ae bacteria which is resistant)ae bacteria which is resistant) ae bacteria which is resistant) ae bacteria which is resistant) ae bacteria which is resistant) .
SYNTHESIS SYNTHESIS SYNTHESIS SYNTHESIS SYNTHESIS SYNTHESIS SYNTHESIS SYNTHESIS AND C AND C HARACTERIZATI ARACTERIZATI ARACTERIZATIARACTERIZATIARACTERIZATI ARACTERIZATIARACTERIZATION OF DIMETHACRYLATE OF DIMETHACRYLATE OF DIMETHACRYLATE OF DIMETHACRYLATE OF DIMETHACRYLATE OF DIMETHACRYLATE OF DIMETHACRYLATE OF DIMETHACRYLATE OF
(university of eloued جامعة الوادي, 2020-05-01) ., SouliSouli 1 R.; . M. B., . Lahrech; , . Meghabar R.
The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2The dimethacrylate macromonomer named bis (2The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2 The dimethacrylate macromonomer named bis (2 -hydroxy hydroxy -3-(méthacryloyloxy) propyl) (méthacryloyloxy) propyl) (méthacryloyloxy) propyl) (méthacryloyloxy) propyl) (méthacryloyloxy) propyl) (méthacryloyloxy) propyl) fumarate (HMPF) fumarate (HMPF) fumarate (HMPF) fumarate (HMPF)fumarate (HMPF) fumarate (HMPF) fumarate (HMPF)fumarate (HMPF), was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction was synthesized by ring opening reaction of epoxide function of epoxide function of epoxide function of epoxide function of epoxide function of epoxide function of epoxide function of epoxide function of epoxide function of glycidyl of glycidyl of glycidyl methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnitemethacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnitemethacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnitemethacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnitemethacrylate (GMA) with maleic anhydride MA) in presence of Maghnitemethacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite methacrylate (GMA) with maleic anhydride MA) in presence of Maghnite-H+ as a ca s a cas a cas a cas a catalyst at talyst at talyst at talyst at talyst at room temperature and temperature and temperature and temperature andtemperature andtemperature andtemperature and at free solvent. The Maghniteat free solvent. The Maghnite at free solvent. The Maghnite at free solvent. The Maghniteat free solvent. The Maghniteat free solvent. The Maghniteat free solvent. The Maghnite at free solvent. The Maghnite at free solvent. The Maghniteat free solvent. The Maghnite at free solvent. The Maghnite at free solvent. The Maghnite-H+ is a proton exchanged is a proton exchanged is a proton exchanged is a proton exchanged is a proton exchanged is a proton exchanged is a proton exchanged is a proton exchanged is a proton exchanged is a proton exchanged is a proton exchanged montmorillonite clay montmorillonite clay montmorillonite clay montmorillonite clay montmorillonite claymontmorillonite clay it i it iit is an Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was Algerian clay activated by sulfuric acid 0,23M. The HMPF was characterized by FTcharacterized by FT characterized by FT characterized by FTcharacterized by FT characterized by FTcharacterized by FTcharacterized by FTcharacterized by FT characterized by FT characterized by FTcharacterized by FT-IR, IR, IR, 1H NMR and H NMR and H NMR and H NMR and 13 C NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A k C NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A k C NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A k C NMR spectroscopic techniques. A k C NMR spectroscopic techniques. A k C NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A k C NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A kC NMR spectroscopic techniques. A kinetic study was study was study was study was study was carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a carried out to determine the amount of catalyst (5, 10, 20 and 30%) which will give a better yield of the synthesis reaction. T better yield of the synthesis reaction. T better yield of the synthesis reaction. Tbetter yield of the synthesis reaction. T better yield of the synthesis reaction. T better yield of the synthesis reaction. T better yield of the synthesis reaction. T better yield of the synthesis reaction. T better yield of the synthesis reaction. T better yield of the synthesis reaction. T better yield of the synthesis reaction. Tbetter yield of the synthesis reaction. T better yield of the synthesis reaction. Tbetter yield of the synthesis reaction. Tbetter yield of the synthesis reaction. T better yield of the synthesis reaction. T better yield of the synthesis reaction. Tbetter yield of the synthesis reaction. The yield of the reaction was 62. he yield of the reaction was 62.he yield of the reaction was 62. he yield of the reaction was 62. he yield of the reaction was 62. he yield of the reaction was 62. he yield of the reaction was 62.he yield of the reaction was 62.he yield of the reaction was 62. he yield of the reaction was 62. he yield of the reaction was 62. he yield of the reaction was 62. he yield of the reaction was 62. 23% for a quantity of 3% for a quantity of 3% for a quantity of 3% for a quantity of 3% for a quantity of 3% for a quantity of 3% for a quantity of
STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR STUDY AND DETERMINATION OF RATIONAL OPERATING RATIO FOR
(university of eloued جامعة الوادي, 2020-05-01) M., Benmoussa1,; F., Inel2
this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by In this paper, we have the percussive rotational drilling regime that is determined by combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, combination of the rotational speed tool, the the axial forceaxial force axial force axial forceaxial force applied on the rockapplied on the rock applied on the rockapplied on the rock applied on the rock applied on the rock applied on the rock; the optimal the optimal the optimal
HS -SPMESPME SPME-GC/ MS ANALYSIS OF GC/ MS ANALYSIS OF GC/ MS ANALYSIS OF GC/ MS ANALYSIS OF GC/ MS ANALYSIS OF GC/ MS ANALYSIS OF 3 LAMIACEAE PLANTS: LAMIACEAE PLANTS: LAMIACEAE PLANTS: LAMIACEAE PLANTS: LAMIACEAE PLANTS: LAMIACEAE PLANTS: LAMIACEAE PLANTS: LAMIACEAE PLANTS: LAMIACEAE
(university of eloued جامعة الوادي, 2020-05-01) A., . Khemkham1,2*,; R., . Meddour2,; H., . Kenmoku3,; , . Aissaoui4, R.
The chemical analysis of three Alg The chemical analysis of three AlgThe chemical analysis of three AlgThe chemical analysis of three AlgThe chemical analysis of three AlgThe chemical analysis of three Alg The chemical analysis of three AlgThe chemical analysis of three AlgThe chemical analysis of three Alg The chemical analysis of three AlgThe chemical analysis of three Alg The chemical analysis of three Alg The chemical analysis of three AlgThe chemical analysis of three AlgThe chemical analysis of three Alg The chemical analysis of three Alg The chemical analysis of three AlgThe chemical analysis of three AlgThe chemical analysis of three AlgThe chemical analysis of three Alg erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace erian plants was conducted by using Headspace SolidSolid Solid-Phase MicroPhase Micro Phase Micro Phase MicroPhase Micro Phase Micro-Extraction coupled with Gas Chromatogr Extraction coupled with Gas ChromatogrExtraction coupled with Gas ChromatogrExtraction coupled with Gas Chromatogr Extraction coupled with Gas Chromatogr Extraction coupled with Gas ChromatogrExtraction coupled with Gas Chromatogr Extraction coupled with Gas Chromatogr Extraction coupled with Gas Chromatogr Extraction coupled with Gas Chromatogr Extraction coupled with Gas ChromatogrExtraction coupled with Gas Chromatogr Extraction coupled with Gas Chromatogr aphyaphy -Mass Spectrometry Mass Spectrometry Mass Spectrometry Mass Spectrometry Mass Spectrometry Mass Spectrometry Mass Spectrometry Mass Spectrometry (HS (HS-SPMESPMESPME -GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of GC/ MS). This analysis was performed directly on the dried aerial parts of plants. The results revealed that the major plants. The results revealed that the major plants. The results revealed that the majorplants. The results revealed that the major plants. The results revealed that the major plants. The results revealed that the major plants. The results revealed that the major plants. The results revealed that the major plants. The results revealed that the majorplants. The results revealed that the major plants. The results revealed that the major plants. The results revealed that the major plants. The results revealed that the major compounds are 1,8compounds are 1,8 compounds are 1,8 compounds are 1,8compounds are 1,8 compounds are 1,8compounds are 1,8 -cineol (27.3%) in cineol (27.3%) in cineol (27.3%) in cineol (27.3%) in cineol (27.3%) in cineol (27.3%) in Ajuga iva Ajuga iva , ciscis -muurola -3,5 diene (14.6%) in 3,5 diene (14.6%) in 3,5 diene (14.6%) in 3,5 diene (14.6%) in 3,5 diene (14.6%) in 3,5 diene (14.6%) in 3,5 diene (14.6%) in Salvia verbenaca Salvia verbenacaSalvia verbenacaSalvia verbenaca Salvia verbenaca Salvia verbenaca and and 2,3 -dehydro dehydro -1,41,4 -cineol (36%) in cineol (36%) in cineol (36%) in cineol (36%) in cineol (36%) in cineol (36%) in Thymus algeriensisThymus algeriensis Thymus algeriensis Thymus algeriensis Thymus algeriensis . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing . The oxygenated monoterpenes are the major class representing 62.1% 62.1% 62.1% and 78.4% in and 78.4% in and 78.4% in and 78.4% in and 78.4% in and 78.4% in Ajuga iva Ajuga iva Ajuga iva andand Thymus aThymus a Thymus a Thymus algeriensis lgeriensislgeriensis , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene , respectively, whereas the sesquiterpene hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in hydrocarbons are the major class in Salvia verbena Salvia verbenaSalvia verbenaSalvia verbena Salvia verbenaSalvia verbena ca representing representing representing representing representing representing representing 50.1%. 50.1%. Identification of Identification of Identification of Identification of Identification of Identification of Identification of Identification of Identification of naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3naturally rare monoterpene ether, 2,3naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3 naturally rare monoterpene ether, 2,3 -dehydro dehydro -1,4 -cineol was the first time in thecineol was the first time in cineol was the first time in cineol was the first time in cineol was the first time in cineol was the first time in cineol was the first time in thecineol was the first time in cineol was the first time in Ajuga iva
A SPATIOSPATIOSPATIOSPATIOSPATIO -TEMPORALTEMPORALTEMPORALTEMPORAL TEMPORAL RETROSPECTIVE RETROSPECTIVE RETROSPECTIVE RETROSPECTIVE
(university of eloued جامعة الوادي, 2020-05-01) R. A., Saouli1*,; , Benhassineenhassine N.; A., . Oularbi ularbi 3
Urban sprawl is a Urban sprawl is a Urban sprawl is a Urban sprawl is a Urban sprawl is a Urban sprawl is a Urban sprawl is a Urban sprawl is a Urban sprawl is a phenomenon phenomenon phenomenon with a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living a negative effect which, over time, consumes the living environmentenvironment environment. The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to The aim of this research is to analyze and analyze and analyze and analyze and analyze and analyze and evaluate evaluate evaluate evaluate evaluate the urban sprawl of Annaba urban sprawl of Annaba urban sprawl of Annaba urban sprawl of Annaba urban sprawl of Annaba urban sprawl of Annaba urban sprawl of Annaba situated at the northeast situated at the northeast situated at the northeast situated at the northeastsituated at the northeast situated at the northeast situated at the northeast situated at the northeastsituated at the northeast ernern part of Algeria part of Algeria part of Algeria part of Algeria part of Algeria part of Algeria in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains in a diachronic approach. The studied area contains twelve twelve agglomerations.agglomerations. agglomerations.agglomerations.agglomerations.agglomerations. agglomerations. Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided Through the supervised classification of a time series data provided by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operatiby multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operatiby multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operatiby multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operatiby multi spectral sensors mounted on LANDSAT 8 Operatiby multi spectral sensors mounted on LANDSAT 8 Operatiby multi spectral sensors mounted on LANDSAT 8 Operatiby multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati by multi spectral sensors mounted on LANDSAT 8 Operati onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), onal Land Imager (OLI), LANDSAT LANDSAT LANDSATLANDSATLANDSAT 7 T hemhemhematic Mapperatic Mapper atic Mapperatic Mapperatic Mapper atic Mapper atic Mapper Plus satellite platformsPlus satellite platforms Plus satellite platformsPlus satellite platforms Plus satellite platforms Plus satellite platformsPlus satellite platforms Plus satellite platforms (ETM (ETM +) and L+) and L +) and L +) and L ANDSAT 4 ANDSAT 4 ANDSAT 4ANDSAT 4 -5 Thematic 5 Thematic 5 Thematic 5 Thematic Mapper (TM) Mapper (TM) Mapper (TM) Mapper (TM) Mapper (TM)Mapper (TM), the urban he urban he urban he urban he urban sprawl sprawl was examined was examined was examined was examined was examined was examined was examined was examined in different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017n different periods of 1987, 2013 and 2017n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017n different periods of 1987, 2013 and 2017 n different periods of 1987, 2013 and 2017 , on defferent on defferent on defferent on defferent on defferent on defferent on defferent scalescalescales . This study This study This study displayed that displayed thatdisplayed that displayed that displayed that a
ROLE GLOBULARIA IN THE INHIBITION OF CALCIUM OXALATE CRYSTALLIZATION IN VITRO STUDY
(university of eloued جامعة الوادي, 2020-05-01) M., Beghalia1*,; S., Ghalem2,; H., . Allali2
Plant extracts are known to modulate calcium oxalate (CaOx) crystallization. One of these is Globularia, the root and flower. Medicinals plants has been demonstrated to be an efficient inhibitor of CaOx crystal growth; however, its inhibitory activity against other events in CaOx crystallization has not been fully investigated. To assess the potential of Globularia as an effective inhibitor, its effects on CaOx crystal nucleation and aggregation were evaluated. Nucleation and aggregation of CaOx crystals were studied by artificial urine is prepared by mixing and stirring two equal volumes of 50 ml of solutions A and B at constant temperature (37°C). In the nucleation assay, crystallization was induced by mixing calcium chloride and sodium oxalate, The addition of extracts Globularia flower and root , acts on the phase of growth crystallisation ; the rate of inhibition capacity in concentration 100 % is 96.09% , and 96.77% for concentration 75% respectively, On note that these inhibitors developed an inhibition important on the low concentration. Globularia is an efficient inhibitor of crystal nucleation and aggregation. Its presence in the kidneys and urine may protect subjects against CaOx crystallization and kidney stone formation.
PRELIMINARY PHYTOCHEMICAL SCRENING FROM DIFFERENT EXTRACTS OF SOLANUM NIGRUM PLANT GROWING IN SOUTH OF ALGERIA
(university of eloued جامعة الوادي, 2020-05-01) I., Guediri1,; , Boubekri*2 C.; O., Smara1
Bioactive substances are responsible for therapeutic properties of the plant in folk medicine. They have actions in the body that may promote good health. They are being studied in the prevention of disease. The present investigation is focused on screening of bioactive substances present in the various parts (leaves, stems, and grains) of Solanum nigrum. Qualitative tests for the presence of phytochemicals in different extracts using solvants with different polarity such as methanol, chloroform, petroleum ether and aqueous extracts. Phytochemical investigation indicated the presence of various groups of compouds including alkaloids, flavonoids, tannins, coumarins, sterols and triterpenoids, saponins. Solanum nigrum L. acts an important role in traditional medicine and represent natural source of biactives compounds.
PHYSICOCHEMICAL AND PHYTOCHE PHYSICOCHEMICAL AND PHYTOCHE PHYSICOCHEMICAL AND PHYTOCHEPHYSICOCHEMICAL AND PHYTOCHE PHYSICOCHEMICAL AND PHYTOCHEPHYSICOCHEMICAL AND PHYTOCHEPHYSICOCHEMICAL AND PHYTOCHE PHYSICOCHEMICAL AND PHYTOCHE PHYSICOCHEMICAL AND PHYTOCHE PHYSICOCHEMICAL AND PHYTOCHE MICAL SMICAL SMICAL S MICAL SMICAL S TUDY
(university of eloued جامعة الوادي, 2020-05-01) M., Moulay; F., , . LabdelliF2; F, Bousmaha
Marrubium vulgare Marrubium vulgare Marrubium vulgareMarrubium vulgare Marrubium vulgare L. is a spont L. is a spont L. is a spontL. is a spontL. is a spontL. is a spont aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence aneous plant of great medicinal value due to the presence secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical secondary metabolites. Our work aims to study the physicochemical and phytochemical profile of this species. profile of this species. profile of this species.profile of this species.profile of this species. profile of this species. profile of this species. profile of this species. profile of this species.profile of this species. The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that The results of the physicochemical analyzes showed that MarrubiumMarrubium Marrubium vulgarevulgare vulgare L. has a sug L. has a sug L. has a sug L. has a sugL. has a sugL. has a sug ar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber oar content of 5.91%, a lipid 4.12%, total fiber o ar content of 5.91%, a lipid 4.12%, total fiber 6.42%, a water content of 42. 6.42%, a water content of 42. 6.42%, a water content of 42.6.42%, a water content of 42.6.42%, a water content of 42. 6.42%, a water content of 42. 6.42%, a water content of 42. 6.42%, a water content of 42.6.42%, a water content of 42. 6.42%, a water content of 42.6.42%, a water content of 42. 6.42%, a water content of 42. 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees42%, an ash content of 17.76%, a solids 2.5 degrees42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees 42%, an ash content of 17.76%, a solids 2.5 degrees42%, an ash content of 17.76%, a solids 2.5 degrees of Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06 Brix, an electrical conductivity of 4.06 mS/cm mS/cm 2 and a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results and a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results and a pH of 4.8. Regarding the results and a pH of 4.8. Regarding the results and a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results and a pH of 4.8. Regarding the results and a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results ofand a pH of 4.8. Regarding the results and a pH of 4.8. Regarding the results and a pH of 4.8. Regarding the results the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, the various phytochemical tests, latter revealed presence of catholic tannins, saponins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins, flavonoids, alkaloids and mucilage in the horehound. However, absence of anthocyanins,
ON THE QUINARY HOMOGENEOUS BI-QUADRATIC EQUATION x4  y4  x  yw3  14z2T 2
(university of eloued جامعة الوادي, 2020-05-01) M., A.Gopalan1,; S., Aarthy Thangam2,; O., .Ozer3
The purpose of this paper is to examine the non-zero distinct integral solutions of quinary biquadratic homogeneous diophantine equation x4  y4  x  yw3  14z2T 2 in integers. In this paper, we present some different patterns of integral solutions to the above diophantine equation in five variables. Also, we obtain some properties as relations between solutions and special numbers.
EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION OF PHENOLIC CONTENT AND BIOLOGICAL ACTIVITIES EVALUATION
(university of eloued جامعة الوادي, 2020-05-01) S., . Karouche1,*; S, Malki1, I. Boudchicha1
e present work The present work The present work The present work The present work The present work The present work is carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities carried out to evaluate biological activities of of tubers tubers extracts ofextracts of extracts ofextracts of extracts ofextracts of Bunium Bunium Bunium mauritanicum mauritanicum . The methanol extract yield had The methanol extract yield hadThe methanol extract yield had The methanol extract yield hadThe methanol extract yield had The methanol extract yield hadThe methanol extract yield had The methanol extract yield hadThe methanol extract yield had The methanol extract yield had The methanol extract yield had The methanol extract yield had higher (7.81%) tha higher (7.81%) tha higher (7.81%) tha higher (7.81%) tha higher (7.81%) thahigher (7.81%) tha higher (7.81%) tha n that of the aqueous extract n that of the aqueous extract n that of the aqueous extract n that of the aqueous extractn that of the aqueous extract n that of the aqueous extractn that of the aqueous extract n that of the aqueous extract n that of the aqueous extractn that of the aqueous extract n that of the aqueous extractn that of the aqueous extractn that of the aqueous extract (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols(6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols(6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols(6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols(6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols (6.79%). The quantitative analysis of total phenols(6.79%). The quantitative analysis of total phenols and flavonoid and flavonoid and flavonoid and flavonoid revealed that the highest revealed that the highest revealed that the highest revealed that the highest revealed that the highest revealed that the highest revealed that the highest revealed that the highest revealed that the highest revealed that the highest revealed that the highest concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the concentration was recorded for the methanoic methanoic fraction with fraction with fraction with fraction with fraction with fraction with 89,442 ± 5,951μg EAG 89,442 ± 5,951μg EAG 89,442 ± 5,951μg EAG 89,442 ± 5,951μg EAG 89,442 ± 5,951μg EAG 89,442 ± 5,951μg EAG 89,442 ± 5,951μg EAG /mg and mg and mg and 4.031 ± 0.141 μg EQ 4.031 ± 0.141 μg EQ 4.031 ± 0.141 μg EQ 4.031 ± 0.141 μg EQ 4.031 ± 0.141 μg EQ 4.031 ± 0.141 μg EQ /mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers mg of extract respectively. In addition, the aqueous tubers represents the represents the represents the represents the represents the represents the most important antioxidant activity most important antioxidant activitymost important antioxidant activity most important antioxidant activity most important antioxidant activity most important antioxidant activitymost important antioxidant activity most important antioxidant activity most important antioxidant activitymost important antioxidant activitymost important antioxidant activity most important antioxidant activity most important antioxidant activity with an IC with an ICwith an IC with an ICwith an IC50 of 0.14 of 0.14 mg /ml against against against against 2,2 -diphenyl -1-picryl picryl -hydrazyl (DPPH hydrazyl (DPPH hydrazyl (DPPHhydrazyl (DPPH hydrazyl (DPPH hydrazyl (DPPHhydrazyl (DPPHhydrazyl (DPPH). WhereaWhereaWhereaWhereaWhereaWhereas, the s, the two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low two extracts of the tubers have low reducing capacities compared to standard with EC reducing capacities compared to standard with EC reducing capacities compared to standard with EC reducing capacities compared to standard with ECreducing capacities compared to standard with ECreducing capacities compared to standard with EC reducing capacities compared to standard with ECreducing capacities compared to standard with EC reducing capacities compared to standard with EC reducing capacities compared to standard with ECreducing capacities compared to standard with EC reducing capacities compared to standard with ECreducing capacities compared to standard with EC reducing capacities compared to standard with EC reducing capacities compared to standard with EC reducing capacities compared to standard with ECreducing capacities compared to standard with EC reducing capacities compared to standard with EC reducing capacities compared to standard with ECreducing capacities compared to standard with EC reducing capacities compared to standard with EC 50 equal to 0.048 mg/equal to 0.048 mg/ equal to 0.048 mg/ equal to 0.048 mg/ equal to 0.048 mg/ equal to 0.048 mg/equal to 0.048 mg/ ml for the for the for the for the methanolic methanolic methanolic extract, 0.018 mgextract, 0.018 mg extract, 0.018 mgextract, 0.018 mg extract, 0.018 mg extract, 0.018 mg /ml for t ml for tml for tml for t ml for the aqueous extract and 0.009 mg/ he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/ he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/ he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/ he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/he aqueous extract and 0.009 mg/ he aqueous extract and 0.009 mg/ he aqueous extract and 0.009 mg/ ml for ml for ml for ml for ascorbicascorbic ascorbic acid.acid.acid. The The The methano methano lic and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of and aqueous extracts of Bu nium ma uritanicum uritanicum uritanicumuritanicum reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of reacted positively at least on one of the bacterial strains studied. the bacterial strains studied.the bacterial strains studied. the bacterial strains studied.the bacterial strains studied.the bacterial strains studied. the bacterial strains studied. the bacterial strains studied. the bacterial strains studied. the bacterial strains studied.the
INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION OF SHORT FIBERS FORMATION ON A CIRCULAR KNITTING INVESTIGATION
(university of eloued جامعة الوادي, 2020-05-01) S., Chellali*,; , . Halfaoui, R.; B., Chemani
When providiWhen providi When providi When providi ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plasng care, to protect a part of the human body against resins and plas ng care, to protect a part of the human body against resins and plas ters for ters for ters for ters for certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. certain time, it is necessary to use a circular knitted band in cotton as raw material. The The generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout thegenerating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout thegenerating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the generating of Cotton fiber fly throughout the knitting process is due to interactions knitting process is due to interactions knitting process is due to interactions knitting process is due to interactions knitting process is due to interactionsknitting process is due to interactions knitting process is due to interactions knitting process is due to interactions knitting process is due to interactionsknitting process is due to interactions knitting process is due to interactions knitting process is due to interactionsknitting process is due to interactions knitting process is due to interactionsknitting process is due to interactions knitting process is due to interactions of of frictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ringfrictional surfaces with the hairiness of ringfrictional surfaces with the hairiness of ringfrictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ringfrictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ringfrictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ring frictional surfaces with the hairiness of ring spun yarn. During spun yarn. During spun yarn. During spun yarn. During spun yarn. During the manufacture the manufacture the manufacturethe manufacturethe manufacture , short fibers short fibers short fibers short fibers are formedare formed are formedare formed are formed in the machine device, this problem is more im n the machine device, this problem is more im n the machine device, this problem is more imn the machine device, this problem is more im n the machine device, this problem is more im n the machine device, this problem is more imn the machine device, this problem is more imn the machine device, this problem is more im n the machine device, this problem is more im n the machine device, this problem is more imn the machine device, this problem is more im n the machine device, this problem is more im n the machine device, this problem is more im n the machine device, this problem is more im n the machine device, this problem is more imn the machine device, this problem is more im n the machine device, this problem is more im n the machine device, this problem is more im n the machine device, this problem is more imn the machine device, this problem is more im portant with the use of portant with the use of portant with the use of portant with the use of portant with the use ofportant with the use ofportant with the use of portant with the use ofportant with the use of cotton yarns.cotton yarns. cotton yarns. cotton yarns. cotton yarns. In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular In this research paper, the short fibers formation on circular knitting machines from spun yarns knitting machines from spun yarns knitting machines from spun yarns knitting machines from spun yarns knitting machines from spun yarns knitting machines from spun yarns knitting machines from spun yarns knitting machines from spun yarns knitting machines from spun yarns knitting machines from spun yarns such as cotton is investigated such as cotton is investigated such as cotton is investigatedsuch as cotton is investigated such as cotton is investigatedsuch as cotton is investigated such as cotton is investigated such as cotton is investigated such as cotton is investigated such as cotton is investigated such as cotton is investigated . Th e knitting conditions consist of;e knitting conditions consist of;e knitting conditions consist of; e knitting conditions consist of; e knitting conditions consist of; e knitting conditions consist of;e knitting conditions consist of; e knitting conditions consist of; e knitting conditions consist of;e knitting conditions consist of; e knitting conditions consist of; e knitting conditions consist of; yarn tension, ya yarn tension, ya yarn tension, ya yarn tension, ya rn feeding rn feeding rn feeding rn feeding rn feeding speed speed speed and and and the angle contact of yarn with guides the angle contact of yarn with guides the angle contact of yarn with guidesthe angle contact of the yarn with guides the angle contact of yarn with guides the angle contact of yarn with guidesthe angle contact of the yarn with guidesthe angle contact of the yarn with guides the angle contact of yarn with guidesthe angle contact of the yarn with guides the angle contact of yarn with guides the angle contact of yarn with guides the angle contact of yarn with guides the angle contact of yarn with guides and needlesand needles and needlesand needlesand needles . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate . The results obtained illustrate the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the effect of yarn tension on the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination ofthe short fibers deposit caused by the combination ofthe short fibers deposit caused by the combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination ofthe short fibers deposit caused by the combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of the short fibers deposit caused by combination of yarn yarn yarn friction friction with the knitting elements. with the knitting elements. with the knitting elements. with the knitting elements. with the knitting elements. with the knitting elements.with the knitting elements. with
INTERANNUALS VARIATIONS IN DIVERSITY OF FOLIAR MYCOENDOPHYTES OF PISTACIA ATLANTICA FROM DAYATE AIAT (LAGHOUAT, ALGERIA)
(university of eloued جامعة الوادي, 2020-05-01) A., Zareb,; , Smail-Saadoun N.
Endophytic fungi live inside plant tissues and increase their resistance to abiotic and biotic factors. Our work is concerned with interannual variations of mycoendophyte diversity of leaves of Pistacia atlantica Desf. of dayate Aiat, in the region of Laghouat (Algeria) and this for the spring of 2013 and 2016. The morphological identification revealed the presence of 26 fungal genera. The difference in diversity is very significant between the two years of sampling, according to calculated Shannon Weaver indices. Based on principal component analysis, the distribution of these leaf microorganisms is influenced by the climatic conditions of the study area. Aspergillus and Epicoccum are dominant for 2013. In 2016, Aspergillus and Cladosporium dominate. The persistence of Aspergillus gives it an important role in the fight against the stress suffered by the leaf of Pistacia atlantica.
IMPACT IMPACT IMPACT IMPACT IMPACT OF OF THERMAL THERMAL THERMAL THERMAL THERMAL INSULATION INSULATION INSULATION INSULATION STRATEGIESTRATEGIESTRATEGIESTRATEGIESTRATEGIESTRATEGIESTRATEGIE S
(university of eloued جامعة الوادي, 2020-05-01) S., Benharkat1* ,; , . Telilani2 I.
in Algeria is experiencing a multi Housing in Algeria is experiencing a multi Housing in Algeria is experiencing a multi Housing in Algeria is experiencing a multi Housing in Algeria is experiencing a multiHousing in Algeria is experiencing a multi Housing in Algeria is experiencing a multiHousing in Algeria is experiencing a multi Housing in Algeria is experiencing a multi Housing in Algeria is experiencing a multiHousing in Algeria is experiencing a multi Housing in Algeria is experiencing a multi Housing in Algeria is experiencing a multiHousing in Algeria is experiencing a multiHousing in Algeria is experiencing a multi Housing in Algeria is experiencing a multi Housing in Algeria is experiencing a multi-dimensional crisis: crisis in de dimensional crisis: crisis in dedimensional crisis: crisis in de dimensional crisis: crisis in dedimensional crisis: crisis in de dimensional crisis: crisis in dedimensional crisis: crisis in de dimensional crisis: crisis in dedimensional crisis: crisis in dedimensional crisis: crisis in de dimensional crisis: crisis in de dimensional crisis: crisis in de sign sign (standa (standa rdization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative dization of housing), construction, financing, management, etc., which has a negative impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high impact on user comfort, poor housing quality and high energyenergy energyenergy consumption.consumption. consumption. consumption. consumption. This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact This article focuses on the study of impact different different different different thermal thermal insulation insulation str ategies ategies ategies on on energy consumptionergy consumptionergy consumption ergy consumptionergy consumptionergy consumption ergy consumption ergy consumption (heating and cooling) (heating and cooling) (heating and cooling) (heating and cooling) (heating and cooling) (heating and cooling) (heating and cooling) (heating and cooling) (heating and cooling) of a residential building of a residential building of a residential building of a residential building of a residential building of a residential building of a residential building of a residential building of a residential building of a residential building situated situated situated in semi in semi in semi -arid arid arid climate climate climate climate (Constantine (Constantine (Constantine (Constantine (Constantine -northeast of Algeria) northeast of Algeria)northeast of Algeria) northeast of Algeria) northeast
HYDROGEOCHEMISTRY HYDROGEOCHEMISTRY HYDROGEOCHEMISTRYHYDROGEOCHEMISTRY HYDROGEOCHEMISTRYHYDROGEOCHEMISTRY HYDROGEOCHEMISTRYHYDROGEOCHEMISTRYHYDROGEOCHEMISTRY
(university of eloued جامعة الوادي, 2020-05-01) M., . Ouldjaoui1,*,; S, . Hassad1,; D., Dib1,2; B., Houha1
Es -SbikhatSbikhat El -Mahmel Mahmel ba sin, located sin, located sin, locatedsin, located at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif at the southeastern piedmont of Aures massif (Northeaste (Northeaste (Northeaste(Northeaste rn Algeria), n Algeria), n Algeria), n Algeria), is characterized by is characterized by is characterized by is characterized by is characterized by is characterized by is characterized by is characterized by is characterized by is characterized by is characterized by a semi semisemi-aridarid conditioncondition condition . The s The sThe sampling ampling ampling process was process wasprocess was process was process was reali realireali zed within 39 boreholesed within 39 boreholesed within 39 boreholes ed within 39 boreholes ed within 39 boreholesed within 39 boreholesed within 39 boreholes and wellsand wells and wellsand wells and wells during May 2015. during May 2015. Results of analysis data Results of analysis data Results of analysis data Results of analysis data Results of analysis data Results of analysis data Results of analysis data Results of analysis data Results of analysis data projected rojected rojected on on the PCA (PriPCA (PriPCA (PriPCA (PriPCA (Pri ncipal ncipal CompoCompo net Analysis) net Analysis) net Analysis) net Analysis) net Analysis) plan , which express ich express ich express ich express 52.70% of variance of variance of variance of variance of variance of variance of variance has shown a has shown a has shown a has shown a has shown a has shown a chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from chemical facies evolution from calciumcalciumcalciumcalciumcalcium -bicarbonate water bicarbonate water bicarbonate waterbicarbonate water bicarbonate water bicarbonate water bicarbonate water into into calciumcalciumcalcium -chloride water, going chloride water, going chloride water, going chloride water, going chloride water, going chloride water, going chloride water, going chloride water, going through a transition facies marked by through a transition facies marked by through a transition facies marked by through a transition facies marked by through a transition facies marked by through a transition facies marked by through a transition facies marked by through a transition facies marked by through a transition facies marked by through a transition facies marked by calciumcalciumcalcium -sulfate to sulfate to sulfate to magnesium magnesium -sulfate water. sulfate water. sulfate water. sulfate water. sulfate water. sulfate water. Ther hermodynamic an modynamic anmodynamic analysis alysis alysis corroborated that watercorroborated that water corroborated that water corroborated that watercorroborated that watercorroborated that water corroborated that water corroborated that water corroborated that water corroborated that water-rock rock interaction interaction interaction interaction interaction interaction interaction is the main process that the main process that the main process that the main process that the main process that the main process that control control mineralization mineralization mineralization mineralization mineralization mineralization mineralization mineralization (dissolution dissolution dissolution -precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic precipitation, cationic exchange and anthropogenic pollution pollution pollution ).

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