低热固相反应法合成电池活性材料引起了人们的关注。
An increasing interest has been focused on synthesizing battery active materials by the above method.
低热固相反应法是近年发现的一种合成纳米材料的方法。
Solid state reaction under low temperature is a new method of synthesis nanometer powders in recent years.
固相反应法和草酸盐分解法是制备钙钛矿功能陶瓷的常用方法。
The general methods of making perovskite functional ceramics are solid phase reaction and oxalate decompound.
用天然磁铁矿作原料，不进行磁选，直接用固相反应法生产永磁铁氧体。
The permanent magnetic ferrite was prepared by the method of solid phase reaction with the natural magnetite without magnetic separation.
介绍了固相反应法、液相反应原位喷雾干燥法等加工纳米结构喷涂粉材的新方法。
Some new methods, solid state reaction by mechanical milling and liquid state reaction followed by spray drying, of synthesizing nanostructured feedstock are proposed.
与高温固相反应法比，该方法具有合成温度低，反应时间短，所得产物硬度小，发光亮度好等优点。
It is more bright, has low hardness, low temperature of synthesis and requires less time in synthesis when compared with products synthesized by high temperature solid-phase reactions.
综述了高温固相反应法、溶胶-凝胶法、微波合成法、水热合成法和共沉淀法制备磷酸铁锂的方法。
The synthetic methods of LiFePO4, such as high temperature solid state reaction method, sol-gel method, microwave radiation method, hydrothermal method and co-precipitation method, were summarized.
详细介绍了作为锂离子筛前驱体的锂锰氧化物和锂钛氧化物的制备方法，包括固相烧结法和液相反应法等。
Various preparation methods of lithium-manganese oxide and lithium-titanium oxide which act as precursors of lithium ion-sieves were introduced, respectively.
同时根据非等温变体积条件下的动态法，液-固相反应的特点，导出了反应速率方程。
According to the catalytic characteristic of dynamic method, the equation of reaction rate has be deduced under the non-isothermal and volume-varying condition.
用电导法研究等温固相反应，探讨可能的动力学机理，并计算了固相反应的动力学参数。
The kinetics of the isothermal solid state reaction was investigated by using the electrical conductivity measurement. Possible mechanism was discussed, and kinetic parameters were calculated.
同时根据非等温变体积条件下的动态法液-固相反应的特点，导出了反应速率方程。
According to the catalytic characteristic of dynamic method, the equation of reaction rate has be deduced under the non isothermal and volume varying conditions by kinetic calculation.
同时根据非等温变体积条件下的动态法液-固相反应的特点，导出了反应速率方程。
According to the catalytic characteristic of dynamic method, the equation of reaction rate was deduced under the non-isothermal and volume-varying condition.
同时根据非等温变体积条件下的动态法液-固相反应的特点，导出了反应速率方程。
According to the catalytic characteristic of dynamic method, the equation of reaction rate was deduced under the non-isothermal and volume-varying condition.
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