基本解释：色散介质
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A general method for finite difference time domain modeling of wave propagation in frequency-dispersive media;一种处理色散介质问题的通用时域有限差分方法
Wavelet galerkin of time domain method for dispersive media;色散介质中的时域小波Galerkin方法
A finite difference time domain absorbing boundary condition for general frequency-dispersive media一种色散介质FDTD通用吸收边界
Research on polaritons in photonic crystal with absorptive type of dispersive medium's layer;含吸收型色散介质的光子晶体的腔极化激元研究
The normal-mode coupling dispersive medium in a symmetric one-dimension photonic crystals(1D PCs) was studied.对一维对称光子晶体中的色散介质采用洛仑兹振子模型,通过考虑色散介质层两侧的边界条件,得到了表征色散介质层的转移矩阵。
Then the possibility of larger phase velocity and group velocity than light speed in dispersive medium is discussed.然后从色散介质中相速度与群速度的关系,讨论了相速度和群速度超光速的可能性。
By applying the propagation formula of partially coherent Gaussian-Schell model(GSM) beam in media which was derived by the partially coherent theory and tensor method,the spectrum properties of partially coherent GSM beam in anomalously dispersive media is analyzed.文章利用由部分相干光理论及张量方法推导出的部分相干高斯—谢尔模(GSM)光束在介质中的传输公式,计算分析了部分相干GSM光束在负色散介质中的演化特性。
The photic field in the plane divisional uniform absorbing and dispersive dielectrics is quantized by the canonical quantum theory and the classical Green s function of the system.借助系统经典格林函数 ,运用正则量子化方法 ,对平面分区均匀色散吸收介质中电磁场进行量子化。
The electromagnetic field is quantized in absorbing and dispersive dielectrics by the canonical quantum theory and classical Green s function of the system, then, the influence of the loading on the quantum character of absorbing and dispersive cavity is investigated.利用系统经典格林函数和正则量子理论,对色散吸收介质中电磁场量子化;借此着重研究加载对色散吸收 介质光腔系统量子性质的影响。
A finite difference time domain absorbing boundary condition for general frequency-dispersive media一种色散介质FDTD通用吸收边界
A Finite-difference Time-domain Analysis for the Propagation of THz in Dispersive MediaTHz透过色散介质的FDTD分析
A Novel CDLT-FDTD Investigation of EM Scattering by Magnetized Plasma一种新的色散介质电磁散射的CDLT-FDTD方法分析
The Numerical Simulation of the Scanning Imaging of PSTM Probe with the Dispersive Medium;色散介质光子扫描隧道显微镜成像的数值模拟
Propagation Properties of Femtosecond Pulsed Beams in Dispersive;飞秒脉冲光束在色散介质中的传输特性研究
An FDTD combined with semi-analytical recursive convolution algorithm for the analysis of general dispersive media基于半解析递归卷积的通用色散介质FDTD方法
Temporal and spectral properuies of Bessel-Gauss pulsed beams in dispersive media贝塞尔-高斯脉冲光束在色散介质中的时间和光谱特性
Propagation Properties of Femtosecond Pulsed Beams in Free Space, Dispersive Media, and Through Lenses;飞秒脉冲光束通过自由空间、色散介质和透镜的传输特性研究
Spectrum Properties of Partially Coherent Gaussian-Schell Model Beam in Anomalously Dispersive Media;部分相干高斯—谢尔模光束在负色散介质中的光谱特性
Evolution of Ultra-short Pulsed Elegant-Hermite-Gaussian Beams in Group Velocity Dispersive Media群速度色散介质中超短脉冲优美厄米高斯光束的演化
Phase Dependence of the Absorption and Dispersion of the Trichromatically Driven Medium;三色驱动介质吸收与色散的相位依赖性
The Propagation of GPR Pulse in the Lossy, Dispersive, and Inhomogeneous Earth Medium;有耗色散地质介质中的GPR脉冲传播研究
Studies of Absorption and Dispersion Properties of the Three-level Cascade Medium;三能级级联介质吸收与色散性质的研究
dispersion medium分散介质,分散媒质
Research on Key Technology of Broadband Dispersionless Slow Light in Periodic Medium周期性介质中宽带无色散慢光关键技术研究
Influence of Dispersive Magnetic Permeability on Spatiotemporal Instability in Metamaterials超常介质中色散磁导率对时空不稳定性的影响
Description of The Normal-mode Splitting of Intracavity EIT Medium with Linear-dispersion Theory线性色散理论描述内腔EIT介质的正交模式分裂
New dispersive method of stratified medium and its application in photonic crystal分层介质的新色散法及其在光子晶体中的应用
