求翻译：通过实验证明，纳米粉体的合成温度和烧结温度分别为900℃和1200℃。利用TG—DTA、XRD和直流四线法分别对凝胶前驱体的热分解及相转化过程、烧结体的相结构、相对密度和电导率进行表征，研究过渡金属离子掺杂对样品的结构、电性能及输运机制的影响。是什么意思？

Experiments show that nanopowder synthesis temperature and the sintering temperature of 900 ° C and 1200 ° C. The tg-the dta, xrd and dc four-wire method of thermal decomposition of the gel precursor and the transformation process, the sintered structure, the relative density and conductivity were c

Through empirical evidence, and nanopowder synthesis of sintering temperature and temperature difference between the 900 and 1200 ° °C C . Use TG - DTA XRD , and the DC 4-Wire Act on the gel, respectively in the prodrome phase thermal decomposition and transformation process, the structure of the si

Proved through the experiment that, accepts the rice noodle body the synthesis temperature and the agglutination temperature respectively be 900℃ and 1200℃.Using TG-DTA, XRD and direct current four long-base methods separately to the gelatin forerunner body thermal decomposition and the inversion of

Through experiments proved that synthesis of nano-powder sintering temperature and temperature of 900 ° c and 1200 ° c, respectively. Method of using TG-DTA, XRD and DC four respectively on the thermal decomposition of gel precursors and the sinter structure of phase transformation processes, charac

正在翻译，请等待...