Production running September
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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, $\Theta_{\gamma K}=1^o$

Joerg Reinhold
9/9/1999