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p. 1Mario Deile – Summary of Likely Running Scenarios ScenarioInelastic PileupLuminosity [cm s ] * = 90 m with crossing angle < 1 10 31 – 10 32 (depending on bunch size) (0.86 – 8.6) pb / d * = 11 m = 1 – 3 5 x 10 32 – 1 x 10 33 (43 – 86) pb / d * = 0.5 m 12 mini bunches = 3.5 – 7.8 ~10 31 0.86 pb / d = 86 pb / 100d * = 0.5 m all nom. bunches = 20 – 40 ~10 34 0.86 fb / d = 86 fb / 100d
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p. 2Mario Deile – * = 90 m E = 6.5 TeV = 100 rad N = 2 m rad k = 1000 N L [cm s ] 5 x 10 10 0.068.6 x 10 30 7 x 10 10 0.111.7 x 10 31 1 x 10 11 0.233.4 x 10 31 2 x 10 11 0.921.4 x 10 32
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p. 3Mario Deile – * = 11 m E = 6.5 TeV N L [cm s ] 5 x 10 10 0.571.2 x 10 32 7 x 10 10 1.12.3 x 10 32 1.15 x 10 11 3.06.2 x 10 32 t = 50 ns k = 1380 full = 280 rad N = 1.6 m rad t = 25 ns k = 2760 full = 390 rad N = 3.75 m rad N L [cm s ] 5 x 10 10 0.241.0 x 10 32 7 x 10 10 0.482.0 x 10 32 1.15 x 10 11 1.35.3 x 10 32 t = 25 ns k = 2520 full = 310 rad N = 1.9 m rad N L [cm s ] 5 x 10 10 0.481.8 x 10 32 7 x 10 10 0.933.5 x 10 32 1.15 x 10 11 2.59.5 x 10 32
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p. 4Mario Deile – * = 0.5 m E = 6.5 TeV N L k b [cm s ]L 12 b [cm s ] 1 x 10 10 0.316.5 x 10 31 5.7 x 10 29 2 x 10 10 1.32.6 x 10 32 2.3 x 10 30 5 x 10 10 7.81.6 x 10 33 1.4 x 10 31 7 x 10 10 153.2 x 10 33 2.8 x 10 31 1.15 x 10 11 418.6 x 10 33 t = 50 ns k = 1380 full = 280 rad N = 1.6 m rad t = 25 ns k = 2760 full = 390 rad N = 3.75 m rad t = 25 ns k = 2520 full = 310 rad N = 1.9 m rad N L k b [cm s ]L 12 b [cm s ] 1 x 10 10 0.145.8 x 10 31 2.5 x 10 29 2 x 10 10 0.572.3 x 10 32 1.0 x 10 30 5 x 10 10 3.51.5 x 10 33 6.5 x 10 30 7 x 10 10 6.92.9 x 10 33 1.3 x 10 31 1.15 x 10 11 197.7 x 10 33 N L k b [cm s ]L 12 b [cm s ] 1 x 10 10 0.269.8 x 10 31 4.7 x 10 29 2 x 10 10 1.03.9 x 10 32 1.9 x 10 30 5 x 10 10 6.52.5 x 10 33 1.2 x 10 31 7 x 10 10 134.8 x 10 33 2.3 x 10 31 1.15 x 10 11 341.3 x 10 34
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