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44篇 您的检索式：作者名="Etsell"

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	题名	作者	年代	出处	被引量
1	High resolution transmission electron microscopy study of clay mineral particles from streams of simulated water based bitumen extraction of Athabasca oil sands显示文摘	Hooshiar A Uhlik P Kaminsky H W Shinbine A Omotoso O Liu Q Lvey D G Etsell T H		0，，03：	1
2	XRD and XPS study of Cu-Ni interactions on reduced copper-nickelaluminum oxide solid solution catalysts 显示文摘	Etsell T H Naghash A R Xu S	2006	Chern Mater2006，18，1：	1
3	Electrical properties of solid oxide electrolytes 显示文摘	ETSELL T H FLENGAS S N	1970	Chemical Reviews1970，70，3：	1
4	Roasting of La oroya zinc ferrite with Na2CO3显示文摘	HOLLOWAY P C ETSELL T H MURLAND A L	2007	Metallurgical and Materials Transactions B2007，38，5：	1
5	Use of secondary additives to control the dissolution of iron during Na2CO3 roasting of La oroya zinc ferrite显示文摘	HOLLOWAY P C ETSELL T H MURLAND A L	2007	Metallurgical and Materials Transactions B2007，38，5：	1
6	Roasting of La oroya zinc ferrite with Na2CO3显示文摘	HOLLOWAY P C ETSELL T H MURLAND A L	2007	Metallurgical and Materials Transactions B2007，38，5：	1
7	Recovery of zinc, gallium and indium fi'om La oroya zinc ferrite using Na2CO3 roasting显示文摘	HOLLOWAY P C ETSELL T H	2008	Transactions of the Institutions of Mining and Metallurgy Section C: Mineral Processing and Extractive Metallurgy2008，117，3：	1
8	Use of secondary additives to control the dissolution of iron during Na2CO3 roasting of La oroya zinc ferrite显示文摘	HOLLOWAY P C ETSELL T H MURLAND A L	2007	Metallurgical and Materials Transactions B2007，38，5：	1
9	Fabrication of Composite SOFC Anodes显示文摘	HALDANE M ETSELL T		0，，02：	1
10	Roasting of La Oroya zinc ferrite with Na2CO3显示文摘	HOLLOWAY P C ETSELL T H MURLAND A L	2007	Metallurgical and Materials Transactions B2007，38，5：	1
11	Process for the complete utilization of oil sands fly ash显示文摘	Holloway P C Etsell T H	2005	Canadian Metallurgical Quarterly2005，45，1：	1
12	The electrical properties of solid oxide electroltytes显示文摘	Etsell T H Flangas S N	1970	Chemical Reviews1970，70，：	1
13	Use of secondary additives to control the dissolution of iron during Na2CO3 roasting of La Oroya zinc ferrite显示文摘	HOLLOWAY P C ETSELL T H MURLAND A L	2007	Metallurgical and Materials Transactions B2007，38，5：	1
14	Clay minerals in nonaqueous extraction of bitumen from Alberta oil sands显示文摘	Ali Hooshiar Peter Uhlik Qi Liu Thomas H. Etsell Douglas G. Ivey	2011	Fuel Processing Technology2011，，1：	1
15	The cementation of lead from ammoniacal ammonium sulphate solution 显示文摘	SCHWARTZ L D ETSELL T H	1998	Hydrometallurgy1998，47，23：	1
16	The electrical properties of solid oxide electrolytes显示文摘	ETSELL T H FLENGAS S N	1970	Chem Rev1970，70，3：	1
17	Microstructure and long-term stability of Ni–YSZ anode supported fuel cells:a review显示文摘Nickel–yttria stabilized zirconia(Ni–YSZ)cermet is the most commonly used anode in solid oxide fuel cells(SOFCs).The current article provides an insight into parameters which affect cell performance and stability by reviewing and discussing the related publications in this field.Understanding the parameters which affect the microstructure of Ni–YSZ such as grain size(Leng et al 2003 J.Power Sources 11726–34)and ratio of Ni to YSZ,volume fraction of porosity,pore size and its distribution,tortuosity factor,characteristic pathway diameter and density of triple phase boundaries is the key to designing a fuel cell which shows high electrochemical performance.Lack of stability has been the main barrier to commercialization of SOFC technology.Parameters influencing the degradation of Ni–YSZ supported SOFCs such as Ni migration inside the anode during prolonged operation are discussed.The longest Ni-supported SOFC tests reported so far are examined and the crucial role of chromium poisoning due to interconnects,stack design and operating conditions in degradation of SOFCs is highlighted.The importance of calcination and milling of YSZ to development of porous structures suitable for Ni infiltration is explained and several methods to improve the electrochemical performance and stability of Ni–YSZ anode supported SOFCs are suggested.	Sajad Vafaeenezhad Amir Reza Hanifi Miguel A Laguna-Bercero Thomas H Etsell Partha Sarkar	2022	Materials Futures2022，1，4：	1
18	The cementation of lead from ammoniacal ammonium sulphate solution显示文摘	Lorne D Schwartz Thomas H Etsell		0，，47：	1
19	XRD and XPS study of Cu-Ni interactions on reduced copper-nickel-a- luminum oxide solid solution catalysts 显示文摘	NAGHASH A R ETSELL T H XU S	2006	Chem Mater2006，18，：	1
20	Porous electrolyte-supported tubular micro-SOFC design显示文摘	Hanifi A R Torabi A Etsell T H Yamarte L SarkarP	2011	Solid State Ionics2011，192，1：	1

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