Difference between revisions of "Geometry (44 MeV LINAC exit port)"
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<math> FA = \frac{AB}{\tan (0.82^o)} = \frac{1.93\ cm}{\tan (0.82^o)} = 135\ cm </math> | <math> FA = \frac{AB}{\tan (0.82^o)} = \frac{1.93\ cm}{\tan (0.82^o)} = 135\ cm </math> | ||
− | = | + | =Funny pictures...= |
==how it looks (<math> \Theta_c/2</math>)== | ==how it looks (<math> \Theta_c/2</math>)== |
Revision as of 03:57, 29 May 2010
Some measurements of 90 experimental degree exit port
Critical angle and displacement calculations
Kicker angle and displacement calculations
1 foot = 30.48 cm
accelerator's side wall
detector's side wall
Off-axis collimation geometry
Vacuum pipe location ( )
collimator location
1) center position:
(wall 1)
(wall 2)
2) collimator diameter:
(wall 1)
(wall 2)
collimator critical angle
from triangle
:
minimal distance from the wall
from triangle FAB:
Vacuum pipe location ( )
collimator location
1) center position:
(wall 1)
(wall 2)
2) collimator diameter:
(wall 1)
(wall 2)
collimator critical angle
from triangle
:
minimal distance from the wall
from triangle FAB:
Funny pictures...
how it looks ( )
how it looks 1 ( )
how it looks 2 ( )
how it looks 3 ( )
how it looks 4 ( )
need to adjust to converter position