Constant Heating Rate Sintering of Ceria Nanopowders

机译：二氧化铈纳米粉的恒定升温速率烧结

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Sintering of nanosized CeO_2 and Ce_(0.8)Gd_(0.2)O_(1.9) with and without cobalt oxide doping was studied. The high shrinkage rates of the cobalt oxide doped powders at rather low temperatures lead to dense, nano-grain sized ceria solid solutions. Shrinkage rates from sintering experiments with constant rates of heating (CRH) were analysed with classical sintering models. Characteristic differences in the parameters of classical sintering models were obtained due to the cobalt oxide doping of CeO_2.

机译：研究了掺杂和不掺杂氧化钴的纳米CeO_2和Ce_（0.8）Gd_（0.2）O_（1.9）的烧结。氧化钴掺杂的粉末在相当低的温度下的高收缩率导致致密的，纳米粒度的二氧化铈固溶体。使用经典的烧结模型分析了恒定加热速率（CRH）的烧结实验的收缩率。由于CeO_2的氧化钴掺杂，获得了经典烧结模型参数的特征差异。

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《COST(Co-Operating in Science and Technology) 525 Meeting Oct, 2001 Aveiro, Portugal》|2001年|p.61-73|共13页
会议地点 Aveiro(PT);Aveiro(PT)
作者
C. HUWILER; E. JUD; L.P. MEIER; L.J. GAUCKLER;
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作者单位

ETH Zuerich, Department of Materials, Nonmetallic Inorganic Materials, Soneggstr 5, 8092 Zuerich, Switzerland;

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原文格式 PDF
正文语种 eng
中图分类电工技术;
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Constant Heating Rate Sintering of Ceria Nanopowders

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