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• W1504390 endingPage "331" @default.
• W1504390 startingPage "286" @default.
• W1504390 abstract "Over the past one decade, several cell component materials and their combinations have been attempted to match with the appropriate requirements of solid oxide fuel cells (SOFCs). A large number of cell component materials with superior properties have been developed. The general observation is that most of the technological challenges associated with the development of SOFCs are related to materials science. For example, development of superior oxide-ion conductor electrolyte as well as cost-effective fabrication processes involves tremendous materials challenges. The improvements of the materials properties mostly include electrical conductivity, catalytic activity, stability and thermal expansion coefficient. Of late, significant improvements have also been made in the area of fast oxide-ion conductors. These oxide-ion conductors show extraordinarily high electrical conductivity compared to traditional zirconia-electrolyte. This helps SOFC not only to operate at lower temperature but also minimizes the polarization losses which is the key factor for a high performance cell (high power density or power per unit area). The differences between the operating cell voltage and the expected reversible voltage is termed as polarization or overpotential. More clear understanding of the fundamentals of these materials has been published by several groups through numerous articles (Steele 1993, 2000, Mogensen et al. 2000, Goodenough 2003, Singhal et al. 2003, Stöver et al. 2003, Kilner 2005). Reduction of electrolyte thickness also has tremendous advantages particularly from the technological point of view. Lower the electrolyte thickness lower is the internal resistance of the electrolyte, which in turn helps the cell to operate at a considerably lower temperature. The current research trend undoubtedly is more focused towards the development of high performance SOFC at low temperature (650°C and below). For making such high performance cell, inter facial contacts between two adjacent cell components is very critical. Therefore, an excellent compatibility (connectivity) between electrolyte and electrodes, and also with the interconnect (while stacking) is absolutely necessary." @default.
• W1504390 created "2016-06-24" @default.
• W1504390 creator A5072086850 @default.
• W1504390 date "2007-10-18" @default.
• W1504390 modified "2023-09-23" @default.
• W1504390 title "Materials for Solid Oxide Fuel Cells" @default.
• W1504390 cites W124480192 @default.
• W1504390 cites W1478597126 @default.
• W1504390 cites W1520027199 @default.
• W1504390 cites W1539793027 @default.
• W1504390 cites W1547710369 @default.
• W1504390 cites W1561082449 @default.
• W1504390 cites W158223686 @default.
• W1504390 cites W1599794136 @default.
• W1504390 cites W160315164 @default.
• W1504390 cites W1612469799 @default.
• W1504390 cites W1614093452 @default.
• W1504390 cites W1652154023 @default.
• W1504390 cites W1663921413 @default.
• W1504390 cites W167032675 @default.
• W1504390 cites W185011087 @default.
• W1504390 cites W1856583275 @default.
• W1504390 cites W189215177 @default.
• W1504390 cites W1896960378 @default.
• W1504390 cites W1964593606 @default.
• W1504390 cites W1964642134 @default.
• W1504390 cites W1966753584 @default.
• W1504390 cites W1970373197 @default.
• W1504390 cites W1971245150 @default.
• W1504390 cites W1972666566 @default.
• W1504390 cites W1977722355 @default.
• W1504390 cites W1977838768 @default.
• W1504390 cites W1978467979 @default.
• W1504390 cites W197896371 @default.
• W1504390 cites W1979550157 @default.
• W1504390 cites W1981270467 @default.
• W1504390 cites W1981633893 @default.
• W1504390 cites W1981799992 @default.
• W1504390 cites W1982230865 @default.
• W1504390 cites W1985858685 @default.
• W1504390 cites W1988066763 @default.
• W1504390 cites W1988522432 @default.
• W1504390 cites W1988646683 @default.
• W1504390 cites W1991926396 @default.
• W1504390 cites W1997140292 @default.
• W1504390 cites W1997176724 @default.
• W1504390 cites W1999007185 @default.
• W1504390 cites W2000539362 @default.
• W1504390 cites W2000571959 @default.
• W1504390 cites W2000866967 @default.
• W1504390 cites W2001517290 @default.
• W1504390 cites W2003796458 @default.
• W1504390 cites W2006086707 @default.
• W1504390 cites W2008241013 @default.
• W1504390 cites W2009186388 @default.
• W1504390 cites W2009543831 @default.
• W1504390 cites W2011495236 @default.
• W1504390 cites W201600333 @default.
• W1504390 cites W2016609705 @default.
• W1504390 cites W2018546048 @default.
• W1504390 cites W2018764723 @default.
• W1504390 cites W2021188075 @default.
• W1504390 cites W2022701210 @default.
• W1504390 cites W2025710965 @default.
• W1504390 cites W2026492682 @default.
• W1504390 cites W2026915419 @default.
• W1504390 cites W2027376255 @default.
• W1504390 cites W2031158905 @default.
• W1504390 cites W2031316147 @default.
• W1504390 cites W2033312292 @default.
• W1504390 cites W2033421078 @default.
• W1504390 cites W2034581797 @default.
• W1504390 cites W2038221849 @default.
• W1504390 cites W2038268004 @default.
• W1504390 cites W2039398897 @default.
• W1504390 cites W2040816833 @default.
• W1504390 cites W2040942771 @default.
• W1504390 cites W2041219486 @default.
• W1504390 cites W2042359570 @default.
• W1504390 cites W2045505268 @default.
• W1504390 cites W2047458761 @default.
• W1504390 cites W2047960529 @default.
• W1504390 cites W2054127409 @default.
• W1504390 cites W2054286952 @default.
• W1504390 cites W2054576074 @default.
• W1504390 cites W2054624368 @default.
• W1504390 cites W2056594511 @default.
• W1504390 cites W2060572862 @default.
• W1504390 cites W2061107397 @default.
• W1504390 cites W2061560099 @default.
• W1504390 cites W2062593409 @default.
• W1504390 cites W2063825592 @default.
• W1504390 cites W2066234047 @default.
• W1504390 cites W2069696374 @default.
• W1504390 cites W2070442980 @default.
• W1504390 cites W2071194863 @default.
• W1504390 cites W2071263875 @default.
• W1504390 cites W2071679381 @default.

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