Privacy and Security Notice

Contents

• Contents
• August startup checkouts
  • Aerogel precheckout
  • HMS drift chamber threshold test
  • Aerogel tests
  • Various tests
  • SOS acceptance scan
  • TOF calibration, time-to-distance maps, PH corrections
  • Kaon runs in coincidence: various checkouts
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$, low P_SOS
  • dummy(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$, low P_SOS
  • dummy(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • Current calibration
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • Aerogel test: SOS set for negative particles
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.33^o$
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.33^o$
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.33^o$
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.33^o$
  • p(e,e'p)$\omega$, Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.33^o$
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.33^o$, low P_SOS
  • Current calibration
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.83^o$, low P_SOS
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.83^o$
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.83^o$
• Shutdown Activities
• September Startup Checkouts
  • Slanted Target Studies
  • Particle ID tests
  • Harp scan
  • Delta scan SOS
  • Delta scan HMS
  • Current calibration
• Production running September
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • dummy(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.33^o$
  • dummy(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.33^o$
  • dummy(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.78^o$
  • p(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.78^o$
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.78^o$
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=13.3^o$
  • d(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=13.3^o$
  • dummy(e,e'k), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=13.3^o$
  • dummy(e,e'p)$\omega$, Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=17.3^o$
  • p(e,e'p)$\omega$, Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=17.3^o$
  • p(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=13.3^o$, low P_SOS
  • d(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=13.3^o$, low P_SOS
  • dummy(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=13.3^o$, low P_SOS
  • dummy(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.78^o$, low P_SOS
  • d(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.78^o$, low P_SOS
  • p(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.78^o$, low P_SOS
  • p(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.3^o$, low P_SOS
  • dummy(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.3^o$, low P_SOS
  • d(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.3^o$, low P_SOS
  • BCM calibration
  • d(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$, low P_SOS
  • p(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$, low P_SOS
  • dummy(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$, low P_SOS
  • d(e,e'K), Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$, low P_SOS
  • d(e,e'K), Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=1.5^o$
  • p(e,e'K), Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=1.5^o$
  • dummy(e,e'K), Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=1.5^o$
  • d(e,e'K), Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=1.5^o$
  • p(e,e'K), Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=1.5^o$
  • dummy(e,e'K), Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=1.5^o$
  • d(e,e'K), Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=1.5^o$
  • ¹²C(e,e'K), Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=1.5^o$
  • ¹²C(e,e'K), Q²=0.3934 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • d(e,e'K); Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=6^o$
  • Some HMS calorimeter tests
  • p(e,e'K); Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=6^o$
  • dummy(e,e'K); Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=6^o$
  • p(e,e'K); Q²=0.5 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1^o$
  • d(e,e'K); Q²=0.5 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1^o$
  • p(e,e'K); Q²=0.5 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1^o$
  • dummy(e,e'K); Q²=0.5 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1^o$
  • dummy(e,e'K); Q²=0.5 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1^o$
  • p(e,e'K); Q²=0.5 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1^o$
  • d(e,e'K); Q²=0.5 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1^o$
• E93-18 running
• Production running November
  • Beam current calibration
  • p(e,e'$\omega$)p; Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • dummy(e,e'$\omega$)p; Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=0^o$
  • dummy(e,e'$\omega$)p; Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.3^o$
  • p(e,e'$\omega$)p; Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=4.3^o$
  • p(e,e'$\omega$)p; Q²=0.5 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=8.8^o$
  • E93-18: Q²=2.0 GeV², E_beam=3.245 GeV, L/T
  • ¹²C(e,e'K), Q²=0.3519 GeV², E_beam=3.245 GeV
  • E93-18: slanted target study; E_beam=3.245 GeV
  • Beam energy measurement
  • ¹²C(e,e'K), Q²=0.3519 GeV², E_beam=3.245 GeV
  • d(e,e'K); Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=11^o$
  • dummy(e,e'K); Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=11^o$
  • p(e,e'K); Q²=0.376 GeV², E_beam=3.245 GeV, $\Theta_{\gamma K}=11^o$
  • d(e,e'K); Q²=0.376 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1.5^o$
  • p(e,e'K); Q²=0.376 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1.5^o$
  • dummy(e,e'K); Q²=0.376 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1.5^o$
  • d(e,e'K); Q²=0.376 GeV², E_beam=2.445 GeV, $\Theta_{\gamma K}=1.5^o$