Run 11 dead layer and t0 study

From RHIC Spin Group

Last modified by Dmitri Smirnov on 19-07-2011

In this article we show results for p-Carbon measurements in the fills from 15300 through 15399. This fill range can be considered as more or less stable in terms of running conditions. The 9 MHz cavity was utilized during the entire period.


C hDLVsChannel B1U 024.png
C hT0VsChannel B1U 024.png
C hT0VsDLMean B1U 024.png 		C hDLVsChannel B1U 250.png
C hT0VsChannel B1U 250.png
C hT0VsDLMean B1U 250.png
Beam energy 24 GeV Beam energy 250 GeV
Blue-1 Upstream


C hDLVsChannel Y2U 024.png
C hT0VsChannel Y2U 024.png
C hT0VsDLMean Y2U 024.png 		C hDLVsChannel Y2U 250.png
C hT0VsChannel Y2U 250.png
C hT0VsDLMean Y2U 250.png
Beam energy 24 GeV Beam energy 250 GeV
Yellow-2 Upstream


C hDLVsChannel B2D 024.png
C hT0VsChannel B2D 024.png
C hT0VsDLMean B2D 024.png 		C hDLVsChannel B2D 250.png
C hT0VsChannel B2D 250.png
C hT0VsDLMean B2D 250.png
Beam energy 24 GeV Beam energy 250 GeV
Blue-2 Downstream


C hDLVsChannel Y1D 024.png
C hT0VsChannel Y1D 024.png
C hT0VsDLMean Y1D 024.png 		C hDLVsChannel Y1D 250.png
C hT0VsChannel Y1D 250.png
C hT0VsDLMean Y1D 250.png
Beam energy 24 GeV Beam energy 250 GeV
Yellow-1 Downstream


t_0 estimates from V1 and S1 PMTs

C hPmtV1T0VsMeas Y2U 024.png C hPmtV1T0VsMeas Y2U 250.png
V1
C hPmtS1T0VsMeas Y2U 024.png C hPmtS1T0VsMeas Y2U 250.png
S1
Beam energy 24 GeV Beam energy 250 GeV
Yellow-2 Upstream


Last modified by Dmitri Smirnov on 19-07-2011

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