理想导体 meaning in Chinese
perfect conductor
Examples
- Visual computation of bistafic cross section for complex targets with smooth surface
光滑理想导体表面目标双站散射的可视化分析 - Electromagneto - thermoelastic waves with two relaxation times in a perfectly conducting medium
理想导体中具有两个松弛时间的电磁热弹性波 - Before reforming the code to be a mhd , the boundary condition of sss code is modified , so that we can calculate the electro - magnetic implosion of ideal conductive liner , where the magnetic field diffusion is neglected
在进行一维磁流体力学改造之前，我们计算了磁压驱动没有磁扩散的理想导体内爆算例，主要是对sss程序的压力脉冲边界条件进行修改。 - At present greco is regarded as one of the most valuable methods of radar cross section ( rcs ) computation in the high - frequency region . depending on these conditions , several researches have been completed in this paper : firstly , calculating rcs of complex conducting targets has been accomplished by greco method . the high - frequency rcs of targets are obtained through physical optics ( po ) and incremental length diffraction coefficients ( ildc ) respectively
本论文做了以下研究工作：首先，实现了运用greco方法计算了高频区理想导体复杂目标的雷达散射截面( rcs ) ，分别应用了物理光学法( po )和增量长度绕射系数法( ildc )计算了目标的面元和棱边的电磁散射，最后综合面元与棱边的散射效应得到目标的总rcs 。 - On the aspect of the research of the rcs computation methods , this dissertation did many work as : it discussed the application of the stationary phase method for the integral of the physical optics and gave the expressions of the stationary phase method based bezier surface for the perfect conduct and coated target ; focused on the application of the stationary phase method , it discussed some important techniques such as the searching of the stationary phase method and the handling of the singularity ; it also discuss the application of the gauss method for verifying the correction of the stationary phase method , and gave their compares of the efficiency and the precision
在rcs算法研究方面，本文做了以下研究：讨论了在bezier曲面上物理光学积分的驻相法求解，给出了bezier曲面上理想导体和涂敷目标驻相公式；围绕驻相法的应用，讨论了驻相法应用中的一些关键的技术问题，包括驻相点的搜索、驻相法的奇异性；为了检验驻相法的精度，还讨论了gauss积分的应用，给出了两种方法计算效率和精度的比较。