70 GeV | 75 GeV | 80 GeV | 85 GeV | 90 GeV | 92.5 GeV | 95 GeV | 97.5 GeV | |
Pres. | 74.16 | 73.87 | 73.75 | 74.93 | 75.72 | 75.22 | 77.71±0.76 | 76.52 |
El. id. | 63.85 | 63.66 | 62.98 | 63.08 | 65.11 | 64.28 | 66.90±0.86 | 65.81 |
El.en.. | 61.09 | 60.51 | 59.92 | 60.11 | 62.08 | 61.07 | 63.23±0.88 | 61.74 |
Fit.prob | 54.03 | 55.26 | 55.61 | 55.21 | 57.57 | 56.94 | 58.66±0.90 | 56.97 |
Isol.. | 52.78 | 53.30 | 54.01 | 53.54 | 55.47 | 54.97 | 56.69±0.91 | 54.80 |
Mass. | 47.87 | 52.50 | 53.81 | 53.30 | 55.37 | 54.94 | 56.56±0.91 | 54.70 |
B tag. | 44.82 | 49.35 | 50.55 | 50.10 | 51.27 | 51.03 | 52.92±0.91 | 50.80 |
For comparison: eff. before b.tag in previous analysis: 54.% at 90 GeV, 55.8% at 95 GeV
From real events, 3 are background -like
The last in high mass region - a few data
4C fit Mjet=107.2 GeV 4C fit Mee= 56
.4 GeV fit prob: 1.39067e-06
5C fit Mjet= 104.9 GeV 5C fit Mee=
59.5 GeV fit prob: 1.16108e-07
Electron 1: "our" energy 42.2 GeV; cal. em.energy 50.5
GeV theta 21.40 isol. 76.10
Electron 2: "our" energy 17.5 GeV ; cal. em.energy 8.2
GeV theta 149.80 isol. 10.70
B tag: global 1.82347; min(probp,probs)=1.59378e-09
NO SERIUOS CANDIDATE!