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sourcemethod_photonics
- 利用电磁场的源激发方法来计算光子晶体波导例如光子晶体光纤，金属波导，表面等离子体波导等的传播特性比如传播常数以及束缚损耗，模场分布等，是一款极好的计算程序！-use of the electromagnetic field source excitation method was used to calculate the photonic crystal waveguide such as photonic crystal fibers, metal waveguide, Surface pl
josaafig8
- fdtd模拟二维表面等离子体波导结构的电磁场分布
SPR
- 表面等离子体共振的Matlab模拟，可以计算出共振峰的准确位置。
vagf
- comsol软件采用有限元方法模拟表面等离子体激元的电磁场性质-the comsol software using the finite element method simulation of surface plasmon
1
- 一个optiFDTD计算表面等离子体的程序，对于学习fdtd法很有帮助-Calculation of a surface plasmon optiFDTD procedures FDTD method for learning useful
biaomiandenglizitigainian
- 表面等离子体的基本概念，可以区别几个容易混淆的概念-The basic concept of surface plasmon can be the difference between a few easy to confuse the concept of
Antenna
- 利用时域有限差分法对基于表面等离子体的天线进行模拟-Use of finite difference time domain simulation method based on surface plasmon antenna
a
- comsol多物理场耦合软件采用有限元方法模拟表面等离子体激元-comsol multi-physics coupling software using the finite element method simulation of surface plasmon
3242
- 多物理场耦合软件采用有限元方法模拟表面等离子体激元-comsol multi-physics coupling software using the finite element method simulation of surface plasmon
casd
- comsol软件采用有限元方法模拟表面等离子体激元-the comsol software using the finite element method simulation of surface plasmon
764
- 多物理场耦合软件采用有限元方法模拟表面等离子体激元，适合入门学习者-Multi-physics coupling software using the finite element method to simulate the surface plasmon, suitable for entry-learners
neff_m72
- 改程序是计算出金属表面等离子体直波导的有效折射率随波长和传输长度随波的两色散曲线，另外给定Drude-Lorentzia模型参数给定后，还可以求解介电常数以及画出相应实部和虚部的曲线-This programer is used to calculate Ag relative dielectric constant accroding to the Drude-Lorentzia and sovle the transcendental equation for even illu
SPP_2D_color_figure
- 表面等离子体共振反射率随入射角的变化，包括一维与二维描述-Reflectivity of surface plasmon resonance
kkimbook
- 利用克拉茂克郎尼变换，求得表面等离子体相位虚数部分再不同波长或入射角度的值-estimation of the imaginary part via Krammers-Kronig relarions
kkrebook
- 利用克拉茂克郎尼变换， 求得表面等离子体相位实数部分与入射光角度或波长的关系-Estimation of the real via Kramers-Kronig relations
selfconsbook
- 利用克拉茂克郎尼变换， 求得表面等离子体相位实数部分与虚数部分的自洽性-Self consistent estimate of the real and imaginary parts of susceptibility via Kramers-Kronig relations
sskkimbook
- 利用逐一相减克拉茂克郎尼变换的方法， 求得表面等离子体相位虚数部分-Estimation of the imaginary part via singly subtractive karmers-kronig relations
for-LSPR
- 用于求解长程表面等离子体共振的各膜层中电场强度的程序-LRSPR film for solving the electric field strength in the program
LD
- 用于计算表面等离子体共振中常用的金属膜层的介电常数值-Surface plasmon resonance is used to calculate the metal film layer is commonly used in the dielectric constant
振峰的准确位置
- 表面等离子体共振的模拟，可以计算出共振峰的准确位置 表面等离子体共振的模拟，可以计算出共振峰的准确位置(The accurate position of the resonance peak can be calculated by the surface plasmon resonance simulation)