diffraction coefficient

The exponential gain coefficient . diffraction efficiency, phases conjugate reflectivity a nd the response time were measured.

测试晶体的指数增益系数、衍射效率 、 相位共轭反射率和响应时间.

We use the Finite-difference Time-domain ( FDTD) method to compute the scattered field of an object possessing several scattering centers. The numerical diffraction coefficient of the scattering center under investigation is then obtained by solving simultaneous equations established via GTD consideration.

利用时域有限差分（FDTD）法提供的散射场，根据几何绕射理论（GTD）建立含有绕射系数未知量的方程组，通过联立方程组的求解，得到散射体边缘的数值绕射系数。

The far-zone numerical diffraction coefficient for an electrically small groove

电小尺寸凹槽的远区数值绕射系数

The exponential gain coefficient, diffraction efficiency, phase conjugate reflectivity and response time were measured.

测试了晶体的指数增益系数 、 衍射效率 、 位相共轭反射率和响应时间.

Derivation of Numerical Diffraction Coefficient of the Wedge Characterized by Fractal Surfaces

表面具有分形结构金属劈边缘绕射系数的提取