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E91-16: Run List Deuterium Running 1996
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E91-16: Run List Deuterium Running 1996
Jörg Reinhold
November 21, 1996
converted LaTeX2HTML 9/9/99
It is the users responsibility to check the information in this list with the
original log book entries
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Contents
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August startup checkouts
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Aerogel precheckout
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HMS drift chamber threshold test
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Aerogel tests
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Various tests
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SOS acceptance scan
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TOF calibration, time-to-distance maps, PH corrections
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Kaon runs in coincidence: various checkouts
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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dummy(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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dummy(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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Current calibration
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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Aerogel test: SOS set for negative particles
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'p)
, Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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Current calibration
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
, low PSOS
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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Shutdown Activities
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September Startup Checkouts
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Production running September
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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d(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'k), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'p), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'p), Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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d(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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dummy(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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dummy(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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d(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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p(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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p(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV,
, low PSOS
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dummy(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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d(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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BCM calibration
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d(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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p(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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dummy(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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d(e,e'K), Q2=0.5 GeV2, Ebeam=3.245 GeV, , low PSOS
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d(e,e'K), Q2=0.376 GeV2, Ebeam=3.245 GeV,
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p(e,e'K), Q2=0.376 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'K), Q2=0.376 GeV2, Ebeam=3.245 GeV,
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d(e,e'K), Q2=0.376 GeV2, Ebeam=3.245 GeV,
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p(e,e'K), Q2=0.376 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'K), Q2=0.376 GeV2, Ebeam=3.245 GeV,
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d(e,e'K), Q2=0.376 GeV2, Ebeam=3.245 GeV,
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12C(e,e'K), Q2=0.376 GeV2, Ebeam=3.245 GeV,
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12C(e,e'K), Q2=0.3934 GeV2, Ebeam=3.245 GeV,
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d(e,e'K); Q2=0.376 GeV2, Ebeam=3.245 GeV,
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Some HMS calorimeter tests
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p(e,e'K); Q2=0.376 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'K); Q2=0.376 GeV2, Ebeam=3.245 GeV,
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p(e,e'K); Q2=0.5 GeV2, Ebeam=2.445 GeV,
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d(e,e'K); Q2=0.5 GeV2, Ebeam=2.445 GeV,
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p(e,e'K); Q2=0.5 GeV2, Ebeam=2.445 GeV,
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dummy(e,e'K); Q2=0.5 GeV2, Ebeam=2.445 GeV,
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dummy(e,e'K); Q2=0.5 GeV2, Ebeam=2.445 GeV,
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p(e,e'K); Q2=0.5 GeV2, Ebeam=2.445 GeV,
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d(e,e'K); Q2=0.5 GeV2, Ebeam=2.445 GeV,
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E93-18 running
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Production running November
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Beam current calibration
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p(e,e')p; Q2=0.5 GeV2, Ebeam=3.245 GeV,
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dummy(e,e')p; Q2=0.5 GeV2, Ebeam=3.245 GeV,
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dummy(e,e')p; Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e')p; Q2=0.5 GeV2, Ebeam=3.245 GeV,
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p(e,e')p; Q2=0.5 GeV2, Ebeam=3.245 GeV,
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E93-18: Q2=2.0 GeV2, Ebeam=3.245 GeV, L/T
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12C(e,e'K), Q2=0.3519 GeV2, Ebeam=3.245 GeV
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E93-18: slanted target study; Ebeam=3.245 GeV
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Beam energy measurement
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12C(e,e'K), Q2=0.3519 GeV2, Ebeam=3.245 GeV
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d(e,e'K); Q2=0.376 GeV2, Ebeam=3.245 GeV,
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dummy(e,e'K); Q2=0.376 GeV2, Ebeam=3.245 GeV,
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p(e,e'K); Q2=0.376 GeV2, Ebeam=3.245 GeV,
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d(e,e'K); Q2=0.376 GeV2, Ebeam=2.445 GeV,
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p(e,e'K); Q2=0.376 GeV2, Ebeam=2.445 GeV,
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dummy(e,e'K); Q2=0.376 GeV2, Ebeam=2.445 GeV,
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d(e,e'K); Q2=0.376 GeV2, Ebeam=2.445 GeV,
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About this document ...
Joerg Reinhold
9/9/1999