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Radiation Source ELBE. Radiation Physics Cave. TV camera 2 Scints, 50 cm apart, RPC in between isobutane, SF6, R134a available, mixer available 20 signal cables (5 in use), 50 m 10 HV cables (5 in use), 50 m CAEN HV module: 15 kV (2) 8 kV (4) 4 kV (several). - PowerPoint PPT Presentation
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Institut für Kern- und Hadronenphysik
Radiation Source ELBERadiation Source ELBE
Institut für Kern- und Hadronenphysik
Radiation Physics CaveRadiation Physics Cave
Institut für Kern- und Hadronenphysik
Current Test Setup• TV camera• 2 Scints, 50 cm apart, RPC
in between• isobutane, SF6, R134a
available, mixer available• 20 signal cables (5 in use),
50 m• 10 HV cables (5 in use), 50
m• CAEN HV module:
15 kV (2) 8 kV (4) 4 kV (several)
• DAQ, FEE similar to GSI/FOPI requirements
• 16 channel ADC, TDC (25 ps VME, 50 ps CAMAC)
• CAMAC/VME interface, MBS System
• RIO crate controller• controlling: linux/ethernet• LEA, etc. (cf. webpage of R.
Kotte):• Docs: www.fz-rossendorf.de
– institutes• nuclear and hadron physics• divisions• hadron physics• kotte
All set up, waiting for test beam any moment
Institut für Kern- und Hadronenphysik
What do we need from you ?• Need your specs as request wrt
– goal of the measurement– time (1 week, 2 weeks)– date (earliest, latest)– other requirements, setup etc.
• Need this in writing (email will do for now) to Frank Dohrmann or Roland Kotte.
• Decision on beamtime distribution has leader of ELBE, Dr. P. Michel.
Institut für Kern- und Hadronenphysik
Take in mind• Energy 20 MeV (40 MeV in 2005)• Currents up to 1 mA• No multi user mode possible• No 24 h mode yet (currently,
mornings are for machine dev.)• Access turnaround 30-45 min (due
to radiation protection regulation)
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