COMETS Analysis Entrusted Demo. Service About Us Contact Us

PRODUCTS MENU
Optical Simulation Software
Diffract-GUI
Sim3D_Max
  - OverView of Examples
- Sim3D_Max+GUI Demo version
Templofile
Multilayer

Optical Disk Media Evaluation Hardware

Media Test


Considering purchase of the product, please from Contact Us page.

To view or print the PDF files, you must have Adobe Reader ®. Click here to download.

Sim3D_Max

4.bumps

1. Description:
  Focused beam, wavelength 650nm,
  incident through a substrate on the aluminum layer with two
  sphero-cylindrical bumps, centered at (x,y)=(-300nm,0nm) and (300nm,0nm)

  Structure, top to bottom:
     layer1   n=1.5
     layer2   50nm Al, n+ik=2+7i layer plus 2 spherocylindrical bumps
              with total length=500nm, width=300nm, height=100nm
     layer3   n=1.0
  distance from Al layer top to R plane=280nm
  Lx,y=12*lambda/1.5=5200nm

Input files:
  parameters.input
  boundaries.input
  geometry.input
  material.input
  S000.DAT - input beam distribution computed with DIFFRACT COMMAND.DAT
 
Output files:
  fdtd.bumps.r - computed reflected field distribution in xy-plane

 

2. Description:
  Focused beam, wavelength 650nm,
  incident through a substrate on the aluminum layer with a
  sphero-cylindrical bump, centered at (x,y)=(0nm,0nm)


  Structure, top to bottom:
     layer1   n=1.5
     layer2   50nm Al, n+ik=2+7i layer plus 2 spherocylindrical bumps
              with total length=500nm, width=300nm, height=100nm
     layer3   n=1.0
  distance from Al layer top to R plane=280nm
  Lx,y=12*lambda/1.5=5200nm

Input files:
  parameters0.input
  boundaries.input
  geometry0.input
  material.input
  S000.DAT - input beam distribution computed with DIFFRACT COMMAND.DAT
 
Output files:
  fdtd.bumps0.r - computed reflected field distribution in xy-plane

3. Description:
  Focused beam, wavelength 650nm,
  incident through a substrate on the aluminum layer with a
  sphero-cylindrical bump, centered at (x,y)=(-250nm,0nm)


  Structure, top to bottom:
     layer1   n=1.5
     layer2   50nm Al, n+ik=2+7i layer plus 2 spherocylindrical bumps
              with total length=500nm, width=300nm, height=100nm
     layer3   n=1.0
  distance from Al layer top to R plane=280nm
  Lx,y=12*lambda/1.5=5200nm

Input files:
  parameters1.input
  boundaries.input
  geometry1.input
  material.input
  S000.DAT - input beam distribution computed with DIFFRACT COMMAND.DAT
 
Output files:
  fdtd.bumps1.r - computed reflected field distribution in xy-plane





Copyright (C) 2002-2022 COMETS Inc., All rights reserved. Page Top