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9篇 您的检索式:作者名="Alkhalidy"
    题名 作者 年代 出处 被引量
1Experimental investigation of solar concentrators in a refrigerant ejector refrigeration machine显示文摘Alkhalidy N 1997INT J Energy RES1997,21,:1
2Status of mismatch repair genes hMSH2 and hMSH6 in colorectal cancer in Saudi patients: an immunohisto- chemical analysis显示文摘Alkhalidi H Kfoury H 2012East Mediterr Health J2012,18,11:1
3Factors affecting fine bubble creation and bubble size for activated sludge 显示文摘Alkhalidi A A T Amano R S 2014Water and Environment Joumal2014,29,1:1
4Experimental investigation of solar concentrating collector sin refrigerant ejector refrigeration machine 显示文摘Alkhalidy N 1997International Journal Energy Resources1997,,21:1
5Prevalence of Toxoplasma gondii infection in horses显示文摘Alkhalidi NW Dubey JP 1979J Parasitol1979,65,2:1
6Small Molecule Kaempferol Promotes Insulin Sensitivity and Preserved Pancreatic β -Cell Mass in Middle-Aged Obese Diabetic Mice显示文摘Hana Alkhalidy William Moore Yanling Zhang Ryan McMillan Aihua Wang Mostafa Ali Kyung-Shin Suh Wei Zhen Zhiyong Cheng Zhenquan Jia Matthew Hulver Dongmin Liu Pedro M. Geraldes 2015Journal of Diabetes Research2015,,:1
7Factors affecting fine bubble creation and bubble size for activated sludge 显示文摘Ammar A T Alkhalidi Amano R S 2014Water and Environment Journal2014,,4:1
8Seroepidemiology of hepatitis A virus in Kuwait显示文摘AIM: To fi nd the current seroepidemiology of hepatitis A virus (HAV) in Kuwait.METHODS: A total of 2851 Kuwaitis applying for new jobs were screened.RESULTS: HAV-positive cases were 28.8%; 59% were males and 41% were females. The highest prevalence was in the Ahmadi area. High prevalence was among the group of non-educated rather than educated parents. This is the fi rst study in Kuwait demonstrating the shifting epidemiology of HAV.CONCLUSION: This study reflects the need of the Kuwaiti population for an HAV vaccine.Jameela Alkhalidi Bader Alenezi Seham Al-mufti Entisar Hussain Haifa Askar Nyingi Kemmer Guy W Neff 2009World Journal of Gastroenterology2009,15,1:0
9Innovative design for a portable hybrid system of hydroponic and microalgae to produce food and biofuels显示文摘This study investigates an innovative hybrid system that combines hydroponics and microalgae in a compact portable shipping container.This container is divided into two parts;one contains the microalgae system and the other contains the hydroponic system.This combined system works by dividing the 24 hours into 12 hours of light and 12 hours of dark for each part.Both parts are connected using light-impermeable pipes that pass carbon dioxide from the dark side to the lit side and oxygen from the lit side to the dark side.In this paper,the authors developed a validated mathematical model for hydroponic and microalgae to evaluate the system’s performance.Results found by the model show the optimum parameters for the split photobioreactor and hydroponic system.The first investigated parameter is the sparger diameter for split the photobioreactor and the second is the number of plants that give the better and optimum result.The optimum modelling design for the combined hydroponic and microalgae system was using 100 plants for lettuce and three photobioreactors with a 0.009-m diameter for sparger to a photobioreactor system with an area of 15.6 m^(2).Ammar Alkhalidi Hala Jarah Mohamad K.Khawaja 2022Clean Energy2022,6,3:0
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