Lam);set("z",1.8*dg+2*dcr+dau+ds);set("monitortype","2Dz-normal");
set("monitor type",5); set("y",0);set("y span",10*um); set("z max",0);set("z min",-5*um); set("x",0); set("name","T2"); 上面是构建超透镜结构的代码,新建一个空表的脚本新进去即可。 此脚本是构建整个透镜的脚本,与前面所述的与超原子有关的脚本不相干。 此脚本包括光源(波...
selectall; set("monitor type","3D"); set("spatial interpolation","nearest mesh cell"); set("x",0); set("y",0); set("z",0); set("x span",1e-6); set("y span",1e-6); set("z span",1e-6); # change the group scope back the the model groupscope("::model"); # m...
选择“monitor”中的“frequency-domainfieldprofile"。“frequency-domainfieldprofile"探测器对光场的计算比较精确,如果需要得到如透过率、反射率等与能量相关的量,则要选择“frequency-domainfieldandpower"探测器,这个计算能量更精确一些。中LtmciaiFDTDSokriuiw-Lir^JtEliHie3*車E^Jir^nHlJlrC.aItHidretdrKfe-dribd...
其中,“Initialization and mesh”为仿真区域精度与细化网格所占内存,“Running simulation”为仿真区域大小所占内存,“Data collection”为监视器中需要计算的参数所占内存, “Monitor data saved to fsp file”为监视器所占内存。通常,在我们的工作站上,仿真内存占用在5G以下的都可进行仿真。
set("xspan",L);set("yspan",W);set("z",1.8*dg);set("monitortype","2Dz-normal");这个...
mode expansion monitor and ports--分析在波导/光纤的特定模式下传播的功率量 单击组-Groups 分析组-analysis对结构、源和监视器进行分组并返回自定义结果. 传输箱:返回流经监视器的净功率 功率吸收分析组:返回空间功率吸收曲线 Q分析组:返回谐振腔模式的品质因数 ...
第一章简介 第二章银质纳米线谐振腔散射教程 第三章环形谐振腔教程 第四章光子晶体微腔教程 简介 The goal of the Getting Started Guide is to introduce the Finite Difference Time Domain (FDTD) technique and explain how modeling is done with the software.The FDTD algorithm is useful for design and ...
在结构树下单击“monitor”右键,选择Visualize”下的T”,就可以得到透过率曲线。 r±r>JJ3 I 74L5T *U ¥ Name Type ■circle ■Jcircle ■circle ■circle J circle Ydsource Circle Circle Circle Circ\e Grcle PlaneSour = FUTD mesh FDTD Mesh monitor Resull Vi艸-mcni lor Nsme n results rz...
(4) To provide final information, the monitor plane was set perpendicular to the xz-plane, which gave us the final information about the value of the electric field as a function of position in space, in the form of a 2D slice. The use of field monitors in the frequency domain allowed...