physics

Cluster energy fraction in 3x3 patch: detector eta > 1.5

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Energy fraction from NxN cluster in 3x3 patch: detector eta > 1.5

Figure 1a: 2x1/3x3 ratio

Cluster energy fraction in 3x3 patch: detector eta < 1.5

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Energy fraction from NxN cluster in 3x3 patch: detector eta < 1.5

Figure 1a: 2x1/3x3 ratio

Cluster energy fraction in 0.7 radius: detector eta > 1.5

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Energy fraction in NxN cluster within r=0.7 radius: detector eta < 1.5

Figure 1a: 2x1/0.7 ratio

Cluster energy fraction in 0.7 radius: detector eta < 1.5

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Energy fraction in NxN cluster within r=0.7 radius: detector eta < 1.5

Figure 1a: 2x1/0.7 ratio

2008.11.21 Energy fraction from 2x1 vs. 2x2 vs. 3x3 or 0.7 radius: rapidity dependence

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Ilya Selyuzhenkov November 21, 2008

Yield vs. NxN cluster energy fraction in r=0.7

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Yield vs. NxN cluster energy fraction in r=0.7

Figure 1c: 2x1/0.7 ratio

Efficiency vs. NxN cluster energy fraction in r=0.7

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Efficiency vs. NxN cluster energy fraction in r=0.7

Figure 1b: 2x1/0.7 ratio

2008.11.18 Cluster isolation cuts: 2x1 vs. 2x2 vs. 3x3

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Ilya Selyuzhenkov November 18, 2008

2008.11.11 Yields vs. analysis cuts

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Ilya Selyuzhenkov November 11, 2008

Data sets:

11 Nov

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November 2008 posts