相同条件下重复实验，得出被灸体中心区域的温度-时间曲线和温度由表层至内部热量扩散的函数曲线。
Based on many experiments in the same conditions, finally the temperature -time curve of center areas was figured out, and the energy distribution curve of physical material was obtained.
对于一定的薄膜名义厚度，硅油基底温度越高，中心区域的凝聚体覆盖率越小。
The film thickness corresponding to the saturation coverage ratio decreases obviously with the increase of the substrate temperature.
电子输运由中心位置向等离子体边缘靠近时，温度扰动分布函数在逐渐的减小。
When electronic transport to plasma edge position, the temperature perturbation distribution function is reduced.
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