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20篇 您的检索式：作者名="Su Ay"

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	题名	作者	年代	出处	被引量
1	Investigation of impinging diffusion flames with inert gases 显示文摘	Su Ay Liu Ying-Chieh	2002	International Journal of Heat and Mass Transfer2002，45，：	1
2	Species identification and phylogenetic relationships based on partial HSP60 gene sequences within the genus Stcrphylococcus 显示文摘	Kwok AY Su SC Reynolds RP	1999	Int J Sys Bacteriol1999，49，：	1
3	Effect of Volatile Fatty Acid Composition on Upflow Anaerobic Sludge Blanket (UASB) Performance显示文摘	Biing-Teo Wong Kuan-Yeow Show Ay Su	2008	Energy & Fuels2008，22，：	1
4	Anterior chamber depth measurement in phakic and pseudophakic eyes显示文摘	Su PF Lo AY Hu CY	2008	Optom Vis Sci2008，85，：	1
5	Dissolved organic matter with multi-peak fluorophores in landfill leachate显示文摘	Fan Lu Cheng-Hsuan Chang Duu-Jong Lee Pin-Jing He Li-Ming Shao Ay Su	2008	Chemosphere2008，，4：	1
6	Effect of volatile fatty acid composition on upflow anaerobic sludge blanket (UASB) performance 显示文摘	Wong Biing-Teo Show Kuan-Yeow Su Ay	2008	Energy and Fuels2008，22，：	1
7	Effect of volatile fatty acid composi- tion on upflow anaerobic sludge blanket (UASB) performance显示文摘	Wong B T Show K Y Ay Su	2008	Ener- gy and Fuels2008，22，1：	1
8	Effects of cathode flowfields on direct methanol fuel cell-simulation study 显示文摘	Jung Guo Bin Su Ay Tu Cheng Hsin Lin Yur Tsai Weng Fang Bor Chan Shih Hung	2007	Journal of Power Sources2007，171，1：	1
9	Species identification and phylogenetic relationships based on partial HSP60 gene sequences within the genus Staphylococcus显示文摘	Kwok AY Su SC Reynolds RP	1999	International Journal of Systematic Bacteriology1999，，49：	1
10	Negative control of p53 by Sir-alpha promotes cell survival under stress显示文摘	Luo J Nikolaev AY Imai S Chen D Su F Shiloh A	2001	Cell2001，107，2：	1
11	Effect of volatile fatty acid composition on upflow anaerobic sludge blanket (UASB) peafonnancc显示文摘	Wong B T Show K Y Ay Su	2008	Energy and Fucla2008，22，1：	1
12	The smdy of the effect of gas stoichiometric flow rate on the channel flooding and performance in a transparent fuel cell显示文摘	Weng Fang Bor Su Ay Hsu Chun Ying	2007	International Journal of Hydrogen Energy2007，32，6：	1
13	Study of water-flooding behaviour in cathode channel of a transparent proton-exchange membrane fuel cell显示文摘	Weng Fang Bor Su Ay Hsu Chun Ying	2006	Journal of Power Sources2006，157，2：	1
14	Knowledge and attitude of health professional students toward patients living with AIDS 显示文摘	Oyeyemi AY Jasper US Aliyu SU	2012	Aft J Med Med Sci2012，41，4：	1
15	Investigation of impinging diffusion flames with inert gases 显示文摘	Su Ay LiuYing-Chieh	2002	International Journal ot Heat and MassTransfer2002，，45：	1
16	Design, fabrication and performance analysis of a 200W PEM fuel cell short stack显示文摘	Weng F Jou Bo-Shian Ay Su	2007	Journal of Power Sources2007，，171：	1
17	Experimental evaluation of an ambient forced-feed air-supply PEM fuel cell显示文摘	Jung Guobin Lo Kaifan Su Ay	2008	International Journal of Hydrogen Energy2008，33，12：	1
18	Studies on flooding in PEM fuel cell cathode channels 显示文摘	SU Ay WENG Fang-bor HSU Chun-ying CHEN Yen-ming	2009	International Journal of Hydrogen Energy2009，34，16：	1
19	Microsporidial stromal keratitis显示文摘	Font RL Su GW Matoba AY	2003	Arch Ophthalmol2003，121，7：	1
20	Enhancements of Impinging Flame by Pulsation显示文摘Experimental investigations on the pulsating jet-impinging diffusion flame were executed. A solenoid valve was aligned upstream of tile jet orifice and the methane fuel was controlled in open-closed cycles from 0 Hz to 20 Hz. Results show that the open-closed cycles indeed increase the fluctuations of the methane fuel obviously. The evolutions of pulsating flame therefore develop faster than the continuous impinging flame. The optimized pulsating frequencies are near 9 to 11 Hz from the Re = 170 to 283. The temperature differences between that under optimized pulsating rate and full open condition (no pulsation) are ranging from 100 to 150 degree. The pulsating effect is more significant at low Reynolds number. The cross section of continuous impinging flame behaves as elliptic shape with axial ratio equals to 2/3. The tip of the impinging flame obviously crosses at 42 mm above the impinging point. Because of the phenomenon of pulsation flame, the flame sheet or flame front may not be identified clearly in the averaged temperature contours. Results show that the averaged end-contour of pulsation flame rears at 38 mm above the impinging point. By observation and experiment, the pulsating flame behaves more stable and efficient than the continuous impinging flame.	Ay Su Ying-Chieh Liu (Department of Mechanical Engineering, Yuan-Ze University Tao-Yuan County, Taiwan, China,Meaysu@saturn.yzu.edu.tw)	2000	Journal of Thermal Science2000，9，3：	0

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