the formation and composition of compounds in the Ba-Rich region of the BaO-M_2O_3-TiO_2 ternary system (M=Y and Nd)

A.Chen; J.Zhi; Y.Zhi

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the formation and composition of compounds in the Ba-Rich region of the BaO-M_2O_3-TiO_2 ternary system (M=Y and Nd)

机译：BaO-M_2O_3-TiO_2三元体系Ba-Rich区（M = Y和Nd）中化合物的形成和组成

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Nominal compositions of BaO : M_2O_3: TiO_2=6: 1: 4 and 6: 7/6: 4 (M=Y and Nd) were prepared in the BaO- rich region of BaO-M_2O_3-TiO_2 (M=Y and nd) ternary system. The formation process and phase composition of these ceramics were studied. Results showed that the stoichiometry of the observed main phase in both 6BaO : 1M_2O_3: 4TiO_2 and 6BaO : 7/6M_2 O_3 : 4TiO_2 compositions should be BaO: M_2O_3 : TiO_2=6 : 1 : 4(M=Y and Nd).

机译：在BaO-M_2O_3-TiO_2的富BaO区域（M = Y和nd）中制备了BaO：M_2O_3：TiO_2 = 6：1：4和6：7/6：4（M = Y和Nd）的标称成分三元系统。研究了这些陶瓷的形成过程和相组成。结果表明，在6BaO：1M_2O_3：4TiO_2和6BaO：7 / 6M_2O_3：4TiO_2中观察到的主相的化学计量比应为BaO：M_2O_3：TiO_2 = 6：1：4（M = Y和Nd）。

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来源
《Key Engineering Materials 》 |1997年第2期| p.1207-1210| 共4页
作者
A.Chen; J.Zhi; Y.Zhi;
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正文语种 eng
中图分类工程基础科学 ;
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BaO-M_2O_3-TiO_2 (M=Y and Nd) ternary system; ceramic processing; stoichiometry;

机译：BaO-M_2O_3-TiO_2（M = Y和Nd）三元体系;陶瓷加工;化学计量;

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the formation and composition of compounds in the Ba-Rich region of the BaO-M_2O_3-TiO_2 ternary system (M=Y and Nd)

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