doping ratio meaning in Chinese
掺杂剂比率
Examples
- The effects of doping ratio , calcinations temperature and calcinations time on the structure and the particle size have been comprehensively studied
系统研究了掺杂比，热处理温度，热处理时间等制备工艺过程对ato纳米粉体相组成和粉体粒度的影响。 - The appropriate calcinations temperature is about 700 , and the tetragonal sno2 phase crystal structure of the particles remained unchanged when sb was doped to it . as the calcinations temperature increasing and the calcinations time prolong , the size of particles grows and the crystallization tend to be complete . study on the electrical properties of ato powders prepared by hydrothermal synthesis was performed in - depth , the most optimal electrical properties are obtained at doping ratio of 11 percent
水热法制备的ato纳米粉体在热处理温度700左右较为适宜，锑的掺杂并未改变粉体的四方相金红石结构，随锑掺杂量的增加，粉体的粒度变小；随热处理温度的升高和热处理时间的延长， ato粉体的粒度增大，晶体结构趋于完整。 - Using sncl4 - 5h2o and sbcl3 as precursors , antimony doped tin oxide particles with good electrical properties have been prepared by hydrothermal synthesis . the optimal conditions of this synthesis process were as following : doping ratio was 11 % ; reaction temperature was 180 ; reaction time was 2h ; the temperature and time of calcinations is 700 and 2h . the size of ato particles obtained is about 20nm , and its resistance can reach 0 . 2 , under 0 . 2mpa pressure
在掺杂浓度为11 ，水热反应温度为180 ，反应压力1mpa ，反应时间2h ，热处理温度为700 ，热处理时间2h的实验条件下制备的ato粉体，性能达到最佳，晶粒度在20个nm左右，在0 . 2mpa压力下粉体电阻值为0 . 2 。