Difference between revisions of "Geometry (25 MeV LINAC exit port)"
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<math> \Theta_C = \frac{0.511\ MeV}{E\ MeV}\frac{180}{\pi} </math> <br> | <math> \Theta_C = \frac{0.511\ MeV}{E\ MeV}\frac{180}{\pi} </math> <br> | ||
<math>\Delta = 286\ \tan(\Theta_C) \Rightarrow x = \frac{\Delta}{\sqrt{2}}</math><br> | <math>\Delta = 286\ \tan(\Theta_C) \Rightarrow x = \frac{\Delta}{\sqrt{2}}</math><br> | ||
− | <math> r = \frac{1}{2}286\ \tan{\frac{\Theta_C}{2}} </math> | + | <math> r = \frac{1}{2}\ 286\ \tan{\frac{\Theta_C}{2}} </math> |
=25 MeV geometry= | =25 MeV geometry= |
Revision as of 22:52, 11 June 2010
Minimum accelerator energy to run experiment
25 MeV geometry
critical angle
kicker angle
geometry ( )
collimator center position
(wall 1)
(wall 2)
collimator diameter
(wall 1)
(wall 2)
collimator critical angle
:
minimal distance from the wall ( )
geometry ( )
collimator center position
(wall 1)
(wall 2)
collimator diameter
(wall 1)
(wall 2)
collimator critical angle
:
minimal distance from the wall ( )
Funny pictures...
how it looks 1 ( , box 3"x4" and then pipe 4")
File:Vacuum pipe collimator .png
how it looks 2 ( , box 3"x4" and then pipe 4")
File:Vacuum pipe collimator .png