Difference between revisions of "Phi angle in CM frame for different runs"
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=EC_total, <math>cos\theta_{pion}^{CM}</math> vs <math>\phi_{diff}^{CM}</math>, missing mass, <math>\theta_{e}</math> vs <math>\phi_{e}</math>= | =EC_total, <math>cos\theta_{pion}^{CM}</math> vs <math>\phi_{diff}^{CM}</math>, missing mass, <math>\theta_{e}</math> vs <math>\phi_{e}</math>= | ||
| − | + | ;Electron Momentum vs EC_total | |
[[Image:electron_momentum_vs_EC_total_without_cuts.gif|300px]] | [[Image:electron_momentum_vs_EC_total_without_cuts.gif|300px]] | ||
[[Image:electron_momentum_vs_EC_total_with_cuts.gif|300px]]<br> | [[Image:electron_momentum_vs_EC_total_with_cuts.gif|300px]]<br> | ||
Revision as of 03:14, 23 June 2008
EC_total, vs , missing mass, vs
- Electron Momentum vs EC_total
The angle is (0, 360).
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The angle is (0, 360).
I have applied the following cuts: EC_tot>140MeV, EC_inner>50Mev and nphe>2.5.
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- phi_angle_in_cm_frame_vs_electron_sector
9 files. The cuts: EC_tot>140MeV, EC_inner>50Mev and nphe>2.5.
- phi_angle_in_cm_frame_vs_electron_sector
I used 27 files. The cut is applied on .
- phi_angle_in_cm_frame_vs_pion_sector
