Difference between revisions of "Drawings and Field Maps"

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Anode bias: 0V
 
Anode bias: 0V
  
Potential Map Dimensions (in meters): -0.030<=x<=0.030, -0.030<=y<=0.030, 0<=z<=0.935, stepsize=0.001, z=0 denotes the front face of the photocathode
+
E-Field & Potential Map Dimensions (in meters): -0.030<=x<=0.030, -0.030<=y<=0.030, 0<=z<=0.935, stepsize=0.001, z=0 denotes the front face of the photocathode
  
 
Note that at z=0.935, V is on the order of 10^-18V, so I have not gone past this.
 
Note that at z=0.935, V is on the order of 10^-18V, so I have not gone past this.

Revision as of 13:18, 17 December 2019

Drawings

CEBAF Gun

Cathode bias: -130kV

Anode bias: 0V

E-Field & Potential Map Dimensions (in meters): -0.030<=x<=0.030, -0.030<=y<=0.030, 0<=z<=0.935, stepsize=0.001, z=0 denotes the front face of the photocathode

Note that at z=0.935, V is on the order of 10^-18V, so I have not gone past this.

Field Map

Electric Field Map

Potential Map

Plots

Steering Coils

Field map from GPT rectmagnet function

Rectmagnet Field Map Plots

Field map from Cristhian

Solenoids

Field map

Same field map for FH- and FB-type solenoids

Plots

Dipole

Field Map

  • 3D Dipole Field Map - Last updated 12/13/19 -- This is the original dipole field map made by Jay Benesch to use in GPT/IBSimu simulations. Do not use the 15degDipole_air_corrected.txt field map.

Plots

Go to Ionization Effects Meetings

Return to Ionization Effects