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42篇 您的检索式:作者名="Belhaj"
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1Enhanced oil recovery by nonionic surfactants considering micellization, surface, and foaming properties显示文摘Surfactants for enhanced oil recovery are important to study due to their special characteristics like foam generation,lowering interfacial tension between oleic and aqueous phases,and wettability alteration of reservoir rock surfaces.Foam is a good mobility control agent in enhanced oil recovery for improving the mobility ratio.In the present work,the foaming behavior of three nonionic ethoxylated surfactants,namely Tergitol 15-S-7,Tergitol 15-S-9,and Tergitol 15-S-12,was studied experimentally.Among the surfactants,Tergitol 15-S-12 shows the highest foamability.The effect of Na Cl concentration and synthetic seawater on foaming behavior of the surfactants was investigated by the test-tube shaking method.The critical micelle concentrations of aqueous solutions of the different nonionic surfactants were measured at 300 K.It was found that the critical micelle concentrations of all surfactants also increased with increasing ethylene oxide number.Dynamic light scattering experiments were performed to investigate the micelle sizes of the surfactants at their respective critical micelle concentrations.Core flooding experiments were carried out in sand packs using the surfactant solutions.It was found tha t22% additional oil was recovered in the case of all the surfactants over secondary water flooding.Tergitol 15-S-12exhibited the maximum additional oil recovery which is more than 26%after water injection.Achinta Bera Ajay Mandal Hadi Belhaj Tarkeswar Kumar 2017Petroleum Science2017,14,2:8
2The chloroplast protein RPH1 plays a role in the immune response of Arabidopsis to Phytophthora brassicae 显示文摘BELHAJ K LIN B Q MAUCH F 2009The Plant Journal2009,58,2:1
3Screening microalgae native to Quebec for wastewater treatment and biodiesel production显示文摘ABDELAZIZ A E M LEITE G B BELHAJ M A 2014Bioresource Technology2014,157,:1
4Oxidativekinetics of salmon oil in bulk and in nanoemulsion stabilized bymarine lecithin显示文摘BELHAJ N ARAB-TEHRANY E LINDER M 2010Process Biochemistry2010,45,2:1
5False penile fracture:report of 16cases显示文摘Feki W Derouiche A Belhaj K 2007Int J Impot Res2007,19,5:1
6Retroperitoneal laparoscopy for the management of lumbar ureter stones显示文摘Derouiche A Belhaj K Garbouj N 0,,05:1
7Photosynthetic Behaviour and Mineral Nutrition of Tamarix gallica Cultivated Under Aluminum and NaCl Combined Stress显示文摘The lack of knowledge of plant tolerance and differential response to aluminum(Al)encouraged many researchers,in the last decade,to elucidate Al toxicity and tolerance mechanisms.The current study reported the impact of Al,a toxic element with negative effects on plant growth and development,in halophytic plant Tamarix gallica.Plants were subjected to different Al concentrations(0,200,500 and 800μM)with or without NaCl(200 mM)supplementation.Growth,photosynthesis and mineral content were assessed.Al stress had a significant decrease on shoots’biomass production between 19 to 41%,and a little variation on chlorophyll content and photosynthetic efficiency(Fo,Fm,Fv fluorescence’s and Fv/Fm).Furthermore,the Al-treatments did not affect significantly the content of potassium,calcium,and magnesium in different plant parts,whereas NaCl addition to the medium induced a decrease in these elements’concentrations.Our results have shown that T.gallica is able to accumulate the high levels of Al in shoots and roots,6288μg.g^(-1) DW and 7834μg.g^(-1) DW respectively.It is considered as a hyperaccumulator plant of Al.In addition,Na+contents in shoots and roots exceed 23000μg.g^(-1) DW.Therefore,T.gallica presents a high tolerance at the same time to Al and NaCl phytotoxicity,so it is interesting to use in phytoremediation programs.Dhouha Belhaj Sghaier Insaf Bankaji Sylvia Pedro Isabel Caçador Noomene Sleimi 2019Phyton-International Journal of Experimental Botany2019,88,3:1
8Place of endoscopic treatment of complicated ureteroceles in adults显示文摘Derouiche A Belhaj K Feki W 2007Prog Urol2007,17,7:1
9Heme oxygenase-1and inflammation in experimental right ventricular failure on prolonged overcirculationinduced pulmonary hypertension显示文摘BELHAJ A DEWACHTER L KERBAUL F 2013PLoS One2013,8,:1
10Diversity of degradation pathways of some aromatic compounds by phenotype and genotype testing in Acinetobacter strains显示文摘YU X Q BELHAJ A ELMERICH C 2004World Journal of Microbiology and Biotechnology2004,20,:1
11Retroperitoneal laparoscopy for the management of lumbar ureter stones显示文摘Denrouiche A Belhaj K Garbouj N 2008Prog Urol2008,18,:1
12A markov model for human resources supply forecast dividing the hr system into subgroups 显示文摘Belhaj R Tkiouat M 2013Journal of Service Science and Management2013,6,3:1
13Latest technological advances in rod pumping allow achieving efficiencies higher than with ESP system显示文摘TAKACS Q BELHAJ H 2011Journal of Canadian Petroleum Technology2011,50,4:1
14Retroperito- neal laparoscopy for the management of lumbar ureter stones显示文摘Derouiche A Belhaj K Garbouj N 2008Prog Urol2008,18,5:1
15Alkane biodegradation in Pseudomonas aeruginosa strains isolated from a polluted zone: identification of alkB and alkB -related genes显示文摘Abdelhaq Belhaj Nicole Desnoues Claudine Elmerich 2002Research in Microbiology2002,,6:1
16Optimal Dividend Payments when Cash Reserves Follow a Jump-diffusion Process显示文摘Mohamed Belhaj 2010Mathematical Finance2010,20,2:1
17Portfolio optimization under tracking error and weights constraints 显示文摘Bajeux-Besnainou I Belhaj R 2011Journal of Financial Research2011,34,2:1
18Extracorporeal life support associated with hypothermia and normoxemia in refractory cardiac arrest 显示文摘Fagnoul D Taccone FS Belhaj A 2013Resuscitation2013,84,11:1
19Optimal dividend payments when cash reserves follow a jump-diffusion process 显示文摘BELHAJ M 2010Math Finance2010,20,2:1
20Screening microalgae native to Quebec for wastewater treatment and biodiesel production显示文摘ABDELAZIZ A E M LEITE G B BELHAJ M A 2014Bioresource Technology2014,157,:1
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