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During the last years the BIF method was applied successfully at the GSI heavy ion LINAC for various ion species and energies between 5 and 11.4 MeV/u. In 2009 four x-y BIF-Monitors with eight intensified camera systems in total will be installed at the UNILAC. Two cameras per BIF-station record beam profiles in horizontal and vertical direction (x,y):
X-Y orientated intensified cameras at UNILAC UT-1 station
BIF-Monitor with a motorized filter wheel and 10 nm narrowband interference filters for spectral investigation of nitrogen emissions at the UNILAC experimental cave X2
This feedthrouh is used for positioning the calibration tool on beam axis
All drawings are available in GSI-Zeichnungsarchiv (ZT)
Assemby Drawing STD-000-L33.031.000A Justiereinheit
std-000-l33.031.000_a_justiereinheit.pdf
List of Parts STD-000-L33.031.000A Justiereinheit
std-000-l33.031.000_a_justiereinheit_stkl.pdf
Subassembly
Bügel STD-000-L33.311.000A
std-000-l33.311.000a_buegel.pdf
std-000-l33.311.000a_buegel_stkl.pdf
Bügel STD-000-L33.311.001
std-000-l33.311.001a_buegel.pdf
Bolzen DG 010.010.010B
Überwurfmutter DG 010.000.080
dg_010.000.080_ueberwurfmutter.pdf
Parts
Seitenteil 1 STD-000-L33.310.001A
std-000-l33.310.001a_seitenteil_1.pdf
Seitenteil 2 STD-000-L33.310.002A
std-000-l33.310.002a_seitenteil_2.pdf
LED-Halterung STD-000-L33.310.003
std-000-l33.310.003_led-halterung.pdf
Isolierplatte STD-000-L33.310.004
Linear Feedthrouh with Calibration Tool UNI-DZ 1230
STD-000-L33.000.000A