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  • Committer: plane1
  • Date: 2016-04-11 17:09:19 UTC
  • Revision ID: plane1@hawk.iit.edu-20160411170919-6k08ir33ru4lphsv
Added additional Python analysis scripts and NumPy data files

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src/Superfish/HPRF/HPRF.PMI
 
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Input data for Parmila; originating program = Autofish.
 
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Cavity type: Unknown RF Cavity
 
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Design frequency     =   809.394     MHz
 
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Resonant frequency   =   809.394     MHz
 
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Design beta          =  0.172812    
 
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Particle beta        =  0.172812    
 
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Cavity E0            =   41.6108     MV/m
 
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Transit-time factor  =  0.865161    
 
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Normalization length =   1.77800     cm
 
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Cell  Zstart(cm)      Zcenter(cm)    Zend(cm)      Lnorm(cm)       E0(MV/m)      g/bl
 
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  1  -0.889000        0.00000       0.889000        1.77800        41.6108       0.277778    
 
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Cell   1  Beta =  0.172812     dZctr =  6.736685E-04
 
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X       X1            X2
 
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T    0.4321304      0.4330304    
 
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T'   2.0551377E-02  2.0609337E-02
 
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T"   2.7249602E-03  2.7276232E-03
 
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S   -0.2154188      0.2159909    
 
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S'  -2.9512392E-02  2.9572350E-02
 
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S"  -2.1953965E-03  2.2085912E-03
 
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Shunt impedance data:
 
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Coupling(%)  Z(MOhm/m)
 
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   0.000      287.889