It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂是改变钙矿锰氧化物居里温度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

的赋存状态也应的改变，渣中石和富石几乎消失，渣中弥散分布的组分大部分转移到钙矿，而且实现长大和粗化。

It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂是改变钙钛矿锰氧化温度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的改变，渣中钛透辉石和富钛透辉石几乎消失，渣中弥散布的钛组大部到钙钛矿相，而且实现长大和粗化。

It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂是改变钙钛矿锰氧化物居里温度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的改变，渣中钛透辉石和富钛透辉石几乎消失，渣中弥散布的钛组大部转移到钙钛矿相，而且实现长大和粗化。

It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂是改变钙钛矿锰氧化物居里温度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态相应的改变，渣中钛和富钛几乎消失，渣中弥散分布的钛组分大部分转移到钙钛矿相，而且实现长大和粗化。

It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂是改变钙锰氧化物居里温度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

的赋存状态也发生相应的改变，渣中透辉石和富透辉石几乎消失，渣中弥散分布的组分大部分转移到钙相，而且实现长大和粗化。

It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂是改变矿锰氧化物居里温度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

的赋存状态也发生相应的改变，渣中透辉石和富透辉石几乎消失，渣中弥散分布的组分大部分转移到矿相，而且实现长大和粗化。

It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂钙钛矿锰氧化物居里温度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的，渣中钛透辉石和富钛透辉石几乎消失，渣中弥散分布的钛组分大部分转移到钙钛矿相，而长大和粗化。

It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂是改变钙钛矿锰氧化物度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的改变，渣中钛透辉石和富钛透辉石几乎消失，渣中弥散布的钛组大移到钙钛矿相，而且实现长大和粗化。

It can be shown that doping rare-earth is a effective measure to change the Curie temperature of Perovskite manganite and increase MR;

结果表明:稀土离子掺杂是钙钛矿锰氧化物居里温度和增强MR的有效途径;

In the slag both the titanaugite and Ti-rich diopside almost vanish and most of the dispersed Ti component has been transferred into perovskite phase and then fully grows and coarsens.

钛的赋存状态也发生相应的，中钛和富钛几乎消失，中弥散分布的钛组分大部分转移到钙钛矿相，而且实现长大和粗化。