====== Physique ======

  * [[Diffraction]]





====== Waveguide dimensions ======
1 inch = 2.54 centimeters
^  WR #  ^  Inside Dimensions(in)  ^  Inside Dimension (mm)  ^  Frequency Range (GHz)  ^  TE10 Cutoff (GHz)  ^
|  WR-284  |  2.84 x 1.34  |  72.13 x 34.04  |  2.6-3.95  |  2.07941  |
|  WR-229  |  2.29 x 1.15  |  58.17 x 29.21  |  3.3-4.9  |  2.57882  |
|  WR-187  |  1.872 x 0.872  |  47.55 x 22.15  |  3.95-5.85  |  3.15465  |
|  WR-159  |  1.590 x 0.795  |  40.39 x 20.19  |  4.9-7.05  |  3.71416  |
|  WR-137  |  1.372 x 0.622  |  34.85 x 15.80  |  5.85-8.2  |  4.30431  |
|  WR-28   |  0.280 x 0.140  |  7.1 x 3.6      | 26.5 - 40.0 | |



  * [[http://www.microwavers.org/waveguide.htm]]
  * [[http://www.microwaves101.com/encyclopedia/waveguidedimensions.cfm]]
  * [[http://www.learningmeasure.com/library/engineering/EE/wr.shtml]]


====== EM Open Source ======
  * [[http://geuz.org/gmsh/|Gmsh: three-dimensional finite element mesh generator with built-in pre- and post-processing facilities]]
  * [[http://geuz.org/getdp/|GetDP: a General Environment for the Treatment of Discrete Problems]]
  * [[http://www.circuitsage.com/tline.html|EM simulation softwareElectromagnetic Simulation Software]]
  * [[http://www.cem.bilkent.edu.tr/UTD/Utd.htm|Applet UTD]]
  * [[http://research.ee.sun.ac.za/cem/software/software.html|Toolbox for Analytical EM Solutions (TAEMS)]] is a Python program that computes analytical solutions for eigenmodes in rectangular, cylindrical and spherical cavities as well as the Mie series solution for the plane wave scattering of a PEC sphere.