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| xx ceramics, with the formula xx where M2+= Ca, Mg, or a transition metal (TM) [1-8], have the orthorhombic columbite structure. There is a growing interest in the columbites as microwave dielectric ceramics due to their lower processing temperatures, less complicated processing, lower cost of niobium compared with tantalum and low-temperature cofired ceramics (LTCC) temperatures with Cu2+ [9]. Recently, much more attentions have also been paid to the interesting magnetic properties of niobates [1]. |
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| xx ceramics, with the formula xx where M2+= （Ca2+, Mg2+）, or a transition metal (TM)（ ion） [1-8], have the orthorhombic columbite structure. There is a growing interest in the columbites as microwave dielectric ceramics due to their lower processing temperatures, less complicated processing, lower cost of niobium compared with tantalum and low-temperature cofired ceramics (LTCC) temperatures with Cu2+ [9]. Recently, much more attentions have also been paid to the interesting magnetic properties of niobates [1]. |
2楼2011-02-27 08:12:58
ll921(金币+12, 翻译EPI+1): 2011-02-27 13:52:34
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这段貌似没多少问题啊，挺好的 xx ceramics, with the formula xx where M2+= Ca, Mg, or a transition metal (TM) [1-8], have the orthorhombic columbite structure. There is a growing interest in the columbites as microwave dielectric ceramics due to their lower processing temperatures, less complicated processing, lower cost of niobium compared with tantalum and low-temperature cofired ceramics (LTCC) temperatures with Cu2+ [9]. 这里不懂Recently, much more attention have also been paid to the interesting magnetic properties of niobates [1]. |
3楼2011-02-27 12:39:10
