Smoothest approximation method, with high precision and capacity of keeping concave and convex feature of original outlines, is used to deal with the derivative discontinuity of gas film thickness.
对于一阶导数间断的物理量——气膜厚度采用高精度保凸性磨光法进行处理。
Smoothest approximation method, with high precision and capacity of keeping concave and convex feature of original outlines, is used to deal with the derivative discontinuity of gas film thickness.
对于一阶导数间断的物理量——气膜厚度采用高精度保凸性磨光法进行处理。
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