传统的射线追踪算法,即初值问题的试射法 (Shooting method)和边值问题的弯曲法(Bending method),往往会收敛到一个局部最小旅行时路径, 难以找到全局最小解,也不能处理射线盲区以及临 界折射波和绕射波对应的最小旅行时路径...
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本文利用弯曲法研究了碳纳米管膜的压阻效应。
The carbon nanotubes used in this study were synthesized by hot filament chemical vapor deposition.
传统的射线追踪方法包括初值问题的试射法和边值问题的弯曲法。
The traditional raytracing methods comprise the try-shooting method of the initial value problem and the bending method of the border value problem.
弯曲法比较胶带法严格,有很多场合胶带法是无法测试镀层的附着力。
Bending method more tape law strictly, there are many occasions tape can't test method is the coating adhesion.
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