calcinating造句

• calcinating this salt at 1200 c results in its decomposition into alumina ( or aluminum oxide )
  在摄氏1,200度下对其进行煅烧，从中分解出铝氧粉（即氧化铝）。
• As the increasing of calcinating temperature, crystallite size of co3o4 is reduced, while that of licoo2 increased and furthermore, there is less defects in the crystal structure
  licoo_2样品的晶粒大小、颗粒大小和团聚情况等微结构因素与先驱物co_3o_4存在一定的继承性。
• The characteristic of different products at different calcinating temperatures and time, ph value of solution, raw materials were investigated . the results show that perfect spinel li4mn5o12 crystals whose size belongs to nanometer can be obtained from the precursor of lithium manganese oxides after being calcinated . it is founded that calcinating temperature has great influence on the crystal structure of li4mn5o12 and the optimized temperature is 500
  结果表明焙烧温度是影响产物结构性能的最重要的因素，最佳焙烧温度为500，温度小于200不能形成完整的尖晶石结构，而焙烧温度超过500产物会发生分解；综合考虑焙烧时间最佳为8小时；溶液ph值也是影响产物性能的因素之一，实验证明前驱体合成ph=9.0最佳；另外不同的原料也会影响产物的结构，考察了不同锂源的影响，选择li_2co_3为最佳锂源。
• The characteristic of different products at different calcinating temperatures and time, ph value of solution, raw materials were investigated . the results show that perfect spinel li4mn5o12 crystals whose size belongs to nanometer can be obtained from the precursor of lithium manganese oxides after being calcinated . it is founded that calcinating temperature has great influence on the crystal structure of li4mn5o12 and the optimized temperature is 500
  结果表明焙烧温度是影响产物结构性能的最重要的因素，最佳焙烧温度为500，温度小于200不能形成完整的尖晶石结构，而焙烧温度超过500产物会发生分解；综合考虑焙烧时间最佳为8小时；溶液ph值也是影响产物性能的因素之一，实验证明前驱体合成ph=9.0最佳；另外不同的原料也会影响产物的结构，考察了不同锂源的影响，选择li_2co_3为最佳锂源。