Using this approach, ceramic silicon sheets with good performances will be obtained by adjusting sintering condition.
用此方法可以获得性能良好的硅太阳电池衬底材料。
Given the same sintering condition, doping with higher level of the vapor B2O3 source results in the higher PTCR effect.
同样的烧结条件下，钛酸钡陶瓷的PT CR效应随b 2 O 3蒸汽掺杂源的浓度升高而升高。
However, the intensity of original laser beam spot can not be distributed uniformly, which is bad for controlling the laser sintering condition. And the ceramics may be destroyed.
但原始激光束光强的不均匀分布影响了陶瓷改性的一致性，不利于激光烧结工艺的准确控制，严重者还会损坏陶瓷。
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