Gun 300 kV bias, produces an axial-symmetric DC electric field
Haimson coil
Haimson coil
The field map comes from bench measurement at 5A + symmetrized + extended to the point that the field is only 0.1 % of the peak field. For more details read: http://lin12.triumf.ca/text/ELinac/ELBT/solenoids/solenoid_model.pdf
E-linac type-B steerer
E-linac type-B steerer
Water cooled faraday cup (3kW max)
RF shield
View screen (scintillator screen)
Beam position monitor
Insulation valve
EGUN:IV1:STATINT
EGUN:IV1:STATDRV
EGUN:IV1:STATON
EGUN:IV1:STATOFF
EGUN:IV1:STATTMO
call FIT(1,1,1,0.1,10.0,2)
call FIT(1,3,3,0.1,10.0,2)
EbeforeBuncher = ENERGK
rf buncher
call FIT(1,1,1,0.1,10.0,2)
call FIT(1,3,3,0.1,10.0,2)
call FITARB(1.0,ENERGK/EbeforeBuncher,1000.0,1)
E-linac type-A steerer
E-linac type-A steerer
Adjustable-size collimator
RF shield
View screen (scintillator and OPTR)
Beam position monitor
E-linac RadiaBeam solenoid
The field map comes from bench measurement at 5A on one (SN0002) of three identical solenoids + extended to the point that the field is only 0.1 % of the peak field. For more details see: http://lin12.triumf.ca/text/ELinac/ELBT/solenoids
E-linac type-A steerer
E-linac type-A steerer
The dipole is set as an marker, because it is physically there but turned off for this sequence
Cross-over point
E-linac RadiaBeam solenoid
The field map comes from bench measurement at 5A on one (SN0002) of three identical solenoids + extended to the point that the field is only 0.1 % of the peak field. For more details see: http://lin12.triumf.ca/text/ELinac/ELBT/solenoids
RF shield
call FIT(1,1,1,0.2,10.0,0)
call FIT(1,3,3,0.2,10.0,0)
call FIT(1,5,5,0.5,10.0,0)
call FIT(2,6,5,0.0,100.,1)
call FIT(1,5,6,0.0,1.,1)
call FIT(1,1,1,0.2,10.0,0)
call FIT(1,3,3,0.2,10.0,0)
The dipole is set as an marker, because it is physically there but turned off for this sequence
RF shield
call FITARB(1.0,EMBT:Q5B:CUR/A/(74.155*BRHO),1000.0,INT(1))
>
Dipole MB5C shares a power supply with MB5A
>
call FIT(1,1,1,0.2,10.0,0)
call FIT(1,3,3,0.2,10.0,0)
call FIT(2,6,5,0.0,100.,1)
call FIT(1,1,2,0.000,1.000,1)
call FIT(1,3,4,0.000,1.000,1)
call FIT(2,6,5,0.0,100.,1)
call FIT(1,1,1,0.2,10.0,0)
call FIT(1,3,3,0.2,10.0,0)
RF shield
The dipole is set as an marker, because it is physically there but turned off for this sequence
call FIT(1,3,3,0.000,10.000,1)
call fit(1,1,1,0.,10.,1)
call fit(1,3,3,0.,10.,1)
call fit(1,1,1,0.,10.,1)
call fit(1,1,1,0.,10.,1)
call FIT(2,1,6,0.000,10.0,1)
call FIT(2,2,6,0.000,10.0,1)