Difference between revisions of "CLAS12 RateEst byWA"

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Line 16: Line 16:
 
|Moller || 22773001||75008636
 
|Moller || 22773001||75008636
 
|-
 
|-
  | DIS + radiative tail Elastic e-p || 128 || 83
+
| DIS + radiative tail Elastic e-p || 128 || 83
 
|}
 
|}
  
 
Møller
 
  
 
Elastic radiative tail π0 electro-production π0 photo-production π+ electro-production π+ photo-production π− electro-production π− photo-production
 
Elastic radiative tail π0 electro-production π0 photo-production π+ electro-production π+ photo-production π− electro-production π− photo-production
  
  5511220.139609 24705.403258 14802.150817 568.685398 4031.702761 282.355507 2806.398047 198.505161
+
5511220.139609 24705.403258 14802.150817 568.685398 4031.702761 282.355507 2806.398047 198.505161
  
  3670739.949604 12943.687891 17908.403986 852.371847 5536.473200 486.826279 3843.281962 341.970751
+
3670739.949604 12943.687891 17908.403986 852.371847 5536.473200 486.826279 3843.281962 341.970751
 
Total
 
Total
 
2.83317×107
 
2.83317×107
 
7.87214 ×107
 
7.87214 ×107
 +
 +
 
[[File:CLAS12ExpWS_WA.pdf]]
 
[[File:CLAS12ExpWS_WA.pdf]]
  
  
 
[[EG12#Rate_Estimates]]
 
[[EG12#Rate_Estimates]]

Revision as of 22:00, 29 February 2016

Whitney Armstrong's CLAS Workshop presentation on 2/23/16 Assuming

5 cm Lh2 Target 100 nA beam current leading to a 1.3 x 10^{35}/cm/sec luminosity


Rates
Energy 6 GeV 11 GeV
Process (nb) (nb)
Moller 22773001 75008636
DIS + radiative tail Elastic e-p 128 83


Elastic radiative tail π0 electro-production π0 photo-production π+ electro-production π+ photo-production π− electro-production π− photo-production

5511220.139609 24705.403258 14802.150817 568.685398 4031.702761 282.355507 2806.398047 198.505161

3670739.949604 12943.687891 17908.403986 852.371847 5536.473200 486.826279 3843.281962 341.970751 Total 2.83317×107 7.87214 ×107


File:CLAS12ExpWS WA.pdf


EG12#Rate_Estimates