AIDA
GELINA
BRIKEN
nToF
CRIB
ISOLDE
CIRCE
nTOFCapture
DESPEC
DTAS
EDI_PSA
179Ta
CARME
StellarModelling
DCF
K40
ISOLDE
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> > Faraday cup readout at the end of our chamber should change based on whether or not the target is in and also the 59Cu > beam energy. > > > > The effect could be as much as 10 to 20%. At some point, we should check the Faraday cup reading with the CH2 target > and with the empty target. > > For comparison, csd predicts 5.00MeV/u 59Cu?+ -> 4.66MeV/u 59Cu24+ following the 0.5mg/cm2 (CH2)n target > > w29> csd > > Charge State Distributions in Solid and Gaseous Targets > > Is target solid(1) or gaseous(2) ? 1 > > Enter energy (MeV), mass (amu) and charge of ion: 275 59 29 > > Enter minimum and maximum charge states: 1 29 > > Energy: 275.0 QNOT: 24.1 RHO: 1.3 EPS: -64.6 > > Charge % > 1 0.0 > 2 0.0 > 3 0.0 > 4 0.0 > 5 0.0 > 6 0.0 > 7 0.0 > 8 0.0 > 9 0.0 > 10 0.0 > 11 0.0 > 12 0.0 > 13 0.0 > 14 0.0 > 15 0.0 > 16 0.0 > 17 0.0 > 18 0.0 > 19 0.1 > 20 0.5 > 21 2.7 > 22 9.6 > 23 21.9 > 24 30.3 > 25 23.6 > 26 9.4 > 27 1.7 > 28 0.1 > 29 0.0 > > Options available: > end(1) , medium(2) , ion(3) , charge states(4)
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