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Κυπριανός Παυλόπουλος
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2 8 8 5 Entries 1 Mean.85 Entries 1 Mean.661 RMS.995 RMS Underflow Underflow Overflow Overflow 1.751e e Production Angle deg) Production Angle deg) 8 8 Entries 1 Entries 1 Mean.813 Mean RMS.8897 RMS 1.39 Underflow Underflow Overflow Overflow.71e e Production Angle deg) Production Angle deg)

3 mass_nopeak_all_dndt_elastic Entries 1555 Mean.199 RMS.665 Underflow 78 Overflow / p 44.1 ±. p ±.8 p 4.985e+4 ± 134 p3-1.3e+5 ± 593 mass_nopeak_all_dndt_elastic Entries 419 Mean.184 RMS.16 Underflow 659 Overflow e / 59 Constant 11 ±. Slope ± γ γ 8 mass_sub_all_dndt_elastic Entries 11 Mean.167 RMS.131 Underflow Overflow / 6 1.3e-5 p 1.371e+4 ± p1.183 ±. p.3978 ±.114 p e+4 ± p4.183 ±. p ±.115 # of s = γ 8 mass_sub_all_dndt_elastic Entries 11 Mean.135 RMS.96 Underflow Overflow.454e / 8 Constant 3311 ± 7.7 Mean.1365 ±. Sigma.833 ±.15 # of s = γ 8 mass_nopeak_all_dndt_elastic Entries Mean.176 RMS.196 Underflow 653 Overflow e / 54 Constant 1.99 ±.4 Slope ±.3 mass_nopeak_all_dndt_elastic Entries Mean.113 RMS.666 Underflow 6954 Overflow e / 54 Constant 1.4 ±.3 Slope -31 ± γ γ 8 mass_sub_all_dndt_elastic Entries 11 Mean.135 RMS.9495 Underflow Overflow.59e / 3 p ± 68.3 p1.134 ±. p.3939 ±.77 p3 37 ± 7. p ±. p5.484 ±.38 # of s = mass_sub_all_dndt_elastic Entries 11 Mean.1344 RMS.14 Underflow Overflow 3.416e / 3 p -149 ± 65.4 p ±.1 p.3184 ±.59 p3 35 ± 48.5 p ±.1 p ±.35 # of s = γ γ

4 mass_nopeak_all_dndt_inelastic Entries 7716 Mean.135 RMS.3479 Underflow 3 Overflow / e-13 p 1718 ± 4.9 p1-3.44e+4 ± 51 p.9e+5 ± 311 p e+5 ± 139 mass_nopeak_all_dndt_inelastic Entries 7653 Mean.163 RMS.1916 Underflow 1.41e+4 Overflow e+4 11 / 59 Constant 1.3 ±.3 Slope ± γ γ mass_sub_all_dndt_inelastic Entries 11 Mean.168 RMS.118 Underflow Overflow / 6 1.4e-1 p 45.1 ± 7. p1.167 ±.1 p ±.8 p ± p ±.151 p5.477 ±.364 # of s = mass_sub_all_dndt_inelastic Entries 11 Mean.1334 RMS.147 Underflow Overflow.645e / 8 Constant 319 ± 6.8 Mean.1364 ±. Sigma.991 ±.16 # of s = γ γ mass_nopeak_all_dndt_inelastic Entries 811 Mean.164 RMS.94 Underflow 1.448e+4 Overflow e / 54 Constant ±.3 Slope ±.5 mass_nopeak_all_dndt_inelastic Entries 13 Mean.113 RMS.763 Underflow 1.743e+4 Overflow 1.344e e+4 6 / 54 Constant 1.88 ±. Slope ± γ γ mass_sub_all_dndt_inelastic Entries 11 Mean.138 RMS.151 Underflow Overflow 3.143e / 3 p 558 ± 11.1 p1.173 ±. p.3519 ±.83 p ± 6.9 p ±. p5.87 ±. # of s = mass_sub_all_dndt_inelastic Entries 11 Mean.1314 RMS.158 Underflow Overflow 6.816e / 3 p 3485 ± 49.3 p1.19 ±.1 p.3753 ±.48 p3 495 ± 77. p ±.1 p5.81 ±.3 # of s = γ γ

5 Yield per.4) Photoproduction yield vs. Elasticity Fall 4 Data Total s = s [.9,1.8]= Yield per.4) Photoproduction yield vs. Elasticity Fall 4 Data Total s = s [.85,.98]= : E γγ : E γγ Yield per.4) Photoproduction yield vs. Elasticity Fall 4 Data Total s = s [.9,1.8]= Yield per.4) Photoproduction yield vs. Elasticity Fall 4 Data Total s = s [.9,1.8]= : E γγ : E γγ

6 Entries 117 Mean.8546 RMS.1 Underflow Overflow / 35 p 5878 ± 5.3 p e+4 ± 8 p 1.619e+4 ± 7 p3-59 ± Entries 19 Mean.88 RMS.135 Underflow Overflow.19e / 64 p 5354 ± 11.5 p e+4 ± 18 p 1.845e+4 ± 16 p3-715 ± Mean 1.17 RMS.1418 Underflow Overflow / 6 p ± 4. p ±.17 p.1879 ±.698 p3.9e+4 ± p4 1 ± p ± Mean 1.74 RMS.1376 Underflow Overflow.e / 38 Constant ± 11.8 Mean 1.14 ±. Sigma.33 ±. 5 Area = 98.9 Area = Entries 19 Mean.81 RMS.9766 Underflow Overflow.817e / e-18 p 5374 ± 1.1 p e+4 ± 18 p 1.561e+4 ± 16 p ± Entries 19 Mean.866 RMS.8646 Underflow Overflow 5.795e+4.3 / 64 p 1.96e+4 ± 14 p1 -.5e+4 ± 1 p.13e+4 ± 18 p ± Mean 1.67 RMS.1377 Underflow Overflow.19e+4 11 / 35 p ± 3. p ± p.68e-6 ± 1.414e+ p ± 8. p ±. p5.84 ± Mean 1.44 RMS.141 Underflow Overflow.458e / 35 p 1.33e+5 ± 1 p ± p -.56 ± p3 118 ± p4 1.8 ± p5.598 ± Area = Area =

7 Yield per.4 deg) 8 Fall 4 Data Total s = s [,.38deg]=. Bkgd s = s [,.38deg]= Yield per.4 deg) 8 Fall 4 Data Total s = s [,.38deg]= Bkgd s = s [,.38deg]= Production Angle degrees) Production Angle degrees) Yield per.4 deg) 8 Total s = s [,.38deg]=. 3 5 Yield per.4 deg) 8 Total s = s [,.38deg]= Production Angle degrees) Production Angle degrees) Yield per.4 deg) 8 Fall 4 Data Total s = s [,.38deg]= Bkgd s = s [,.38deg]= Yield per.4 deg) 8 Fall 4 Data Total s = s [,.38deg]= Bkgd s = s [,.38deg]= Production Angle degrees) Production Angle degrees) Yield per.4 deg) 8 Total s = s [,.38deg]= Yield per.4 deg) 8 Total s = s [,.38deg]= Production Angle degrees) Production Angle degrees)

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