为检验求解器的精度和适用外形能力，本文先后选择完全导电球体、立方体和双球体等几何外形做了数值模拟。
To validate the accuracy and ability to handle different complex geometries, perfect electric conduct sphere, cube, and dual spheres are chosen in order for their scattering problem simulations.
将集成块设计中元件外形干涉校核、孔道连通及校核手段引入集成环境，使人机交互设计结果能得到及时的检验。
The tools for components shape interference checking up, holes connecting and their security examining are imported to the integrated environment to check up human-computer interaction result in time.
将集成块设计中元件外形干涉校核、孔道连通及校核手段引入集成环境，使人机交互设计结果能得到及时的检验。
The tools for components shape interference checking up, holes connecting and their security examining are imported to the integrated environment to check up human-computer interaction result in time.
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