1) Unsplit Perfectly Matched Layer
非分裂式理想匹配层
1.
An Unsplit Perfectly Matched Layer(UPML) for Finite Difference Time Domain(FDTD) was used in the analysis of planar microstrip circuits.
采用非分裂式理想匹配层(UPML)的时域有限差分(FDTD)法对矩形微带天线及低通滤波器等微带电路进行了分析计算,给出了时域和频域的仿真结果。
2) perfectly matched layer(PML)
理想匹配层
1.
This paper presents a new scheme,which is used in discretizing Berenger s split field representation of Maxwell s equations,in order to use the perfectly matched layer(PML) with the alternating direction implicit(ADI) finite-difference time-domain(FDTD) method instead of the standard FDTD method.
提出一种新方案,用于离散Berenger场分裂形式Maxwell方程,将理想匹配层吸收边界条件由通常的时域有限差分法推广到交替方向隐式时域有限差分法。
3) PML
理想匹配层
1.
Absorbing performance of one-dimensional perfectly matched layers (PML) isanalyzed and its theoretical reflection coefficientis presented in consideration of the influence of thefinite-difference approximation in this paper.
本文分析一维理想匹配层的吸收性能，考虑到有限差分近似的影响，给出了它的理论反射系数。
2.
The interior region,treated using the FEM,is truncated to a single periodic unit cell;the combination of PML,periodic boundary and incident boundary extraordinarily simplified the calculation of the open space problems.
截取一个完整的周期单元,内部应用有限元(FEM)方法计算;采用理想匹配层(PML)吸收边界、周期边界、入射边界相结合的方法对无限空间进行截断。
4) perfectly matched layer
理想匹配层
1.
The perfectly matched layer (PML) boundary condition for the scalar FDTD is implemented and verified by the simulation for the parallel slab directional coupler.
将标量时域有限差分法 (FDTD)应用于弱导光器件的计算机仿真中 ,实现了标量时域有限差分法的理想匹配层 (PML)边界条件 ,并对平行介质带定向耦合器进行了数值模拟和验证 ,所得结果与理论值非常一致。
2.
The perfectly matched layer (PML) absorbing boundary condition is used in the FDTD analysis of planar optical waveguide structures.
将理想匹配层(PML)吸收边界条件用于平面光波导结构的时域有限差分法(FDTD)分析,并对微腔体谐振环进行了数值计算模拟。
3.
Discontinuities in waveguides are analyzed by the finite-difference time-domain (FDTD) method with perfectly matched layer (PML) absorbing boundary condition (ABC).
研究采用理想匹配层 (PML)吸收边界条件的时域有限差分法 (PML- FDTD法 )在分析波导不连续性问题中的应用 。
5) Perfectly matched layer (PML)
理想匹配层(PML)
6) conformal perfectly matched layer
共形理想匹配层
1.
As an efficient artificial truncating boundary condition, conformal perfectly matched layer (CPML) is a kind of multilayer anisotropic absorbing media.
作为一种高效的人工截断边界条件,共形理想匹配层(CPML)是一种多层各项异性吸收介质,为了减少CPML的计算量,本文构造了一种共形理想匹配层按层单元积分算法,在每个很薄的单层中将相对介电常数与磁导率视为常量,将具有公共法线的多层单元积分运算叠加到一层单元中进行,用多层单元剖分,以一层单元计算矩阵元素。
补充资料：非分
①不守本分；不安分：～之想ㄧ不做～的事。②不属自己分内的：～之财。
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