Difference between revisions of "03-30-2015"
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|4507 || Al radiator in, DU cyl. target in, Current = 800 mA width = 100 ps, Ee = 10.5 MeV, rep. rate = 200Hz, slits are at 351. Back to LED = 10 mV (all), LED pulse width = 40 ns (all). Production run. | |4507 || Al radiator in, DU cyl. target in, Current = 800 mA width = 100 ps, Ee = 10.5 MeV, rep. rate = 200Hz, slits are at 351. Back to LED = 10 mV (all), LED pulse width = 40 ns (all). Production run. | ||
| − | N(gamma/pulse, TDC[1][8]) = , N(n/pulse, TDC[1][8]) = | + | N(gamma/pulse, TDC[1][8]) = 1/15, N(n/pulse, TDC[1][8]) = 0.0023 |
| − | N(gamma/pulse, TDC[1][10]) = | + | N(gamma/pulse, TDC[1][10]) = 1/11 |
N(n/pulse, TDC[1][3], Det #4 top) = 0.0037 | N(n/pulse, TDC[1][3], Det #4 top) = 0.0037 | ||
Revision as of 15:25, 30 March 2015
| Run # (multihit data) | Description |
| 4504 | Al radiator in, DU cyl. target in, Current = 800 mA width = 100 ps, Ee = 10.5 MeV, rep. rate = 200Hz, slits are at 351. LED = 10 mV (all), LED pulse width = 40 ns (all)
N(gamma/pulse, TDC[1][8]) = 1/13, N(n/pulse, TDC[1][8]) = 1/391 = 0.00255 N(gamma/pulse, TDC[1][10]) = 1/10, N(n/pulse, TDC[1][10]) = 1/378 = 0.00266 |
| 4505 | Al radiator in, DU cyl. target in, Current = 800 mA width = 100 ps, Ee = 10.5 MeV, rep. rate = 200Hz, slits are at 351. LED = 20 mV (all), LED pulse width = 40 ns (all)
N(gamma/pulse, TDC[1][8]) = 1/18, N(n/pulse, TDC[1][8]) = 1/1158 = 0.00086 N(gamma/pulse, TDC[1][10]) = 1/14, N(n/pulse, TDC[1][10]) = 1/922 = 0.0011 |
| 4506 | Al radiator in, DU cyl. target in, Current = 800 mA width = 100 ps, Ee = 10.5 MeV, rep. rate = 200Hz, slits are at 351. LED = 5 mV (all), LED pulse width = 40 ns (all)
N(gamma/pulse, TDC[1][8]) = 1/13, N(n/pulse, TDC[1][8]) = 1/259 = 0.0039 N(gamma/pulse, TDC[1][10]) = 1/9, N(n/pulse, TDC[1][10]) = 1/245 = 0.0041 |
| 4507 | Al radiator in, DU cyl. target in, Current = 800 mA width = 100 ps, Ee = 10.5 MeV, rep. rate = 200Hz, slits are at 351. Back to LED = 10 mV (all), LED pulse width = 40 ns (all). Production run.
N(gamma/pulse, TDC[1][8]) = 1/15, N(n/pulse, TDC[1][8]) = 0.0023 N(gamma/pulse, TDC[1][10]) = 1/11 N(n/pulse, TDC[1][3], Det #4 top) = 0.0037 N(n/pulse, TDC[1][9], Det #1 bottom) = 0.0021 N(n/pulse, TDC[1][0], Det #2 top) = 0.0021 N(n/pulse, TDC[1][10], Det #3 top) = 0.0022 N(n/pulse, TDC[1][4], Det #5 upstream) = 0.0005 N(n/pulse, TDC[1][14], Det #6 upstream) = 0.0012 |