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8篇 您的检索式：作者名="Stuart A Scott"

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		题名	作者	年代	出处	被引量
	1	Small molecules enable OCT4-mediated direct reprogramming into expandable human neural stem cells显示文摘	Saiyong Zhu Raiesh Ambasudhan Woong Sun Hyun Jung Kim Maria Talantova Xiaojing Wang Mingliang Zhang Yu Zhang Timothy Laurent James Parker Han-Seop Kim Jeffrey D Zaremba Sofiyan Saleem Sara Sanz-Blasco Eliezer Masliah Scott R McKercher Yee Sook Cho Stuart A Lipton Janghwan Kim Sheng Ding	2014	Cell Research2014，24，1：	6
	2	Surgical op tions for the middle2aged patient with osteoarthritis of knee joint 显示文摘	Hanssen A Stuart M Scott R	2000	J Bone Joint Surg Am2000，，82：	1
	3	Biodiesel from algae: challenges and prospects显示文摘	Stuart A Scott Matthew P Davey John S Dennis Irmtraud Horst Christopher J Howe David J Lea-Smith Alison G Smith	2010	Current Opinion in Biotechnology2010，，3：	1
	4	Enterococcus faecalis:Its role in root canal treatment failure and current concepts in retreatment显示文摘	Cbarles H Stuart DDS Scott A	2006	J Endod2006，32，：	1
	5	Biodiesel from algae: challenges and prospects显示文摘	Stuart A Scott Matthew P Davey John S Dennis Irmtraud Horst Christopher J Howe David J Lea-Smith Alison G Smith	2010	Current Opinion in Biotechnology2010，，3：	1
	6	Biodiesel from algae:challenges and prospects显示文摘	Stuart A Scott Matthew P Davey John S Dennis	2010	Current Opinion in Biotechnology2010，21，：	1
	7	Surgical options for the middle-aged patient with osteoarthritis of knee joint显示文摘	Hanssen A Stuart M Scott R Scuderi G	2000	J Bone Joint Surg Am2000，82，：	1
	8	Copper-based oxygen carriers supported with alumina/lime for the chemical looping conversion of gaseous fuels显示文摘Copper(Ⅱ) oxide in varying ratios was combined with either an alumina-based cement(Al300), or CaO derived from limestone as support material in a mechanical pelletiser. This production method was used to investigate its influence on possible mechanical and chemical improvements for oxygen carriers in chemical looping processes. These materials were tested in a lab-scale fluidised bed with CO or CH_4 as a reducing gas at 950 °C. As expected, the oxygen carriers containing a greater ratio of support material exhibited an enhanced crushing strength. Oxygen carriers comprised of a 1:3 ratio of support material to active CuO exhibited increased crushing strength by a minimum of 280% compared to pure CuO pellets.All oxygen carriers exhibited a high CO conversion yield and were fully reducible from CuO to Cu. For the initial redox cycle, Al300-supported oxygen carriers showed the highest fuel and oxygen carrier conversion. The general trend observed was a decline in conversion with an increasing number of redox cycles.In the case of CaO-supported oxygen carriers, all but one of the oxygen carriers suffered agglomeration.The agglomeration was more severe in carriers with higher ratios of CuO. Oxygen carrier Cu25Al75(75 wt% aluminate cement and 25 wt% CuO), which did not suffer from agglomeration, showed the highest attrition with a loss of approximately 8% of its initial mass over 25 redox cycles. The reducibility of the oxygen carriers was limited with CH_4 in comparison to CO. CH_4 conversion were 15%-25% and 50% for Cu25Ca75(25 wt% CuO and 75 wt% CaO) and Cu25Al75, respectively. Cu25Ca75 demonstrated improved conversion, whereas Cu25Al75 exhibited a trending decrease in conversion with increasing redox cycles.	Syed K Haider María Erans Felix Donat Lunbo Duan Stuart A Scott Vasilije Manovic Edward J Anthony	2017	Journal of Energy Chemistry2017，26，5：	0

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