3D FDTD Electromagnetic Modeling

Descriptions	Snapshot	Parameters	Movies
SIngle Dielectric Sphere          (Mie Scattering)		Wavelength : 633 nm Dielectric : 78 nm diam. Fused Silica Incident Amplitude : 1.0 V/m Cell Size : 3 nm Workspace : 100x100x100 cells	(One_Au_Sio2_Mag.gif, 468 KB)
Single Au Sphere     (Mie Scattering)		Wavelength : 633 nm Metal : Au, 78 nm diameter spheres Incident Amplitude : 1.0 V/m Cell Size : 3 nm Workspace : 100x100x100 cells	Electric field magnitude (One_Au_Part_Mag.gif,  1,019 KB)
Two Au Spheres (Strong field in gap)		Wavelength : 633 nm Metal : Au, 78 nm diameter spheres Gap : 3 nm Incident Amplitude : 1.0 V/m Cell Size : 3 nm Workspace : 100x100x100 cells	Electric field magnitude (Two_Au_Part_Mag.gif,  1,505 KB) Electric field : X polarization (Two_Au_Part_Xpol.gif,  1,599 KB) Electric field : Y polarization (Two_Au_Part_Ypol.gif,  1,817 KB) Electric field : Z polarization (Two_Au_Part_Zpol.gif,  756 KB)
Three Au Spheres		Wavelength : 633 nm Metal : Au, 78 nm diameter spheres Gap : 3 nm Incident Amplitude : 1.0 V/m Cell Size : 3 nm Workspace : 100x100x100 cells	Electric field magnitude for circular arrangement (3_Au_Part_Circ_Mag.gif,  1,505 KB) Electric field magnitude for inline arrangement (3_Au_Part_Inline_Mag.gif,  1,505 KB)
Narrowing Gap between  Two Au Spheres		Wavelength : 633 nm Metal : Au, 78 nm diameter spheres Gap : 15 to 3 nm Incident Amplitude : 1.0 V/m Cell Size : 3 nm Workspace : 100x100x100 cells	Electric field magnitude (Two_Au_Part_Mag_Moving.gif,  297 KB)