1) augmented plane wave method
增广平面波法
2) plane wave expansion method
平面波法
1.
The plane wave expansion method was employed to calculate the band gap structures of 2D triangular lattice phononic crystal composed of elliptical steel cylinders embedded in epoxy matrix.
用平面波法研究了椭圆钢柱与环氧树脂组成的二维三角晶格声子晶体的带隙结构。
2.
The plane wave expansion method was employed to calculate the band gap structures of two-dimensional phononic crystals composed of elliptical steel cylinders embedded in epoxy matrix.
用平面波法计算了椭圆钢柱与环氧树脂组成的二维正方晶格声子晶体的带隙结构。
3.
The plane wave expansion method was employed to calculate the band gap structures of 3D simple cubic lattice phononic crystal composed of elliptical steel cylinders embedded in epoxy matrix.
用平面波法研究了椭圆钢柱与环氧树脂组成的三维简立方晶格声子晶体的带隙结构。
3) plane wave method
平面波法
1.
The bandgap structure of one-dimensional photonic crystal was calculated and derived with the plane wave method(PWM).
采用平面波法(PWM)计算一维光子晶体的带隙结构。
2.
The influences of the wave vectors off the periodic plane on the distribution of energy bands of triangular,honeycomb and square lattices are analyzed by plane wave method.
利用平面波法分析了由介电常数为13和1的两种介质分别构成圆形柱和背景组成的三角晶格、蜂巢状晶格和正方晶格,波矢偏离周期性平面对它们能带分布及应用的影响。
3.
With plane wave method,it is proved that the 1D-USPC shares the same bandgap character.
利用平面波法证明了一维超声光子晶体具有一般一维周期层叠结构光子晶体的禁带特征。
4) PWM
平面波法
1.
An analysis on the band gap of 2D photonic crystal(PC) infiltrated with liquid crystal is presented by using the plane-wave expansion method(PWM).
利用平面波法分析了二维液晶光子晶体的带隙结构,着重对三角形和正方形空气孔光子晶体带隙随液晶旋转角的变化情况进行了分析和比较。
5) plane wave method(PWM)
平面波法
1.
At first,the bandgap distribution characteristic of this photonic crystal terahertz waveguide and how the air-filling factors affect the band gap distribution characteristic have been investigated by using plane wave method(PWM).
首先介绍平面波法(PWM)的理论,然后应用平面波法分析了这种光子晶体太赫兹波导的带隙结构,研究空气填充率变化对光子带隙结构的影响,得到了光子晶体太赫兹波导周期性结构的结构参数及与其相对应的导波频率。
2.
The group velocity-dispersion of photonic crystal fiber(PCF) is studied with plane wave method(PWM) and supercell method.
应用平面波法和整胞方法对二维光子晶体光纤进行了全数值模拟,计算了有效折射率、V参数以及波导色散特性。
6) generalized plane wave solution
广义平面波解
1.
With the help of generalized plane wave solution, a Riemann problem for a ndimensional single conservation law has been solved analytically.
借助于广义平面波解,解析地求解了一类n-维的单个守恒律的黎曼问题,所获得的解展示了两种不同的几何结构,包括一个中心疏散波和一个激波。
补充资料：增广
1.增加，扩大。 2.指增生。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条