Difference between revisions of "Elong-14-03-25"
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During the [http://www.jlab.org/conferences/tensor2014/ tensor workshop], it was pointed out how different the dilution factor looked between Misak's calculation and the full Bosted calculation. Remembering from a few months back, where I have the results at E=6.6 GeV, E'=6.07 GeV, & theta=9.51 degrees, I thought I'd revisit it. | During the [http://www.jlab.org/conferences/tensor2014/ tensor workshop], it was pointed out how different the dilution factor looked between Misak's calculation and the full Bosted calculation. Remembering from a few months back, where I have the results at E=6.6 GeV, E'=6.07 GeV, & theta=9.51 degrees, I thought I'd revisit it. | ||
| − | [[Image:2014-03-25-fdil-check.png]] | + | [[Image:2014-03-25-fdil-check.png|400px]] |
If only the quasi-elastic part of Bosted is included, it reflects the Misak code much better. In general, if you break up the cross sections that go into the calculations, it's obvious that the difference is coming from the nitrogen contribution. | If only the quasi-elastic part of Bosted is included, it reflects the Misak code much better. In general, if you break up the cross sections that go into the calculations, it's obvious that the difference is coming from the nitrogen contribution. | ||
| − | {|border=1 | + | {| border=1 |
! Deuteron !! Nitrogen | ! Deuteron !! Nitrogen | ||
|- | |- | ||
| − | | [[Image:2014-03-25-deuteron-cs.png]] || [[Image:2014-03-25-nitrogen-cs.png]] | + | | [[Image:2014-03-25-deuteron-cs.png|800px]] || [[Image:2014-03-25-nitrogen-cs.png|800px]] |
|} | |} | ||
Latest revision as of 12:59, 27 March 2014
Dilution Factor Check
During the tensor workshop, it was pointed out how different the dilution factor looked between Misak's calculation and the full Bosted calculation. Remembering from a few months back, where I have the results at E=6.6 GeV, E'=6.07 GeV, & theta=9.51 degrees, I thought I'd revisit it.
If only the quasi-elastic part of Bosted is included, it reflects the Misak code much better. In general, if you break up the cross sections that go into the calculations, it's obvious that the difference is coming from the nitrogen contribution.
| Deuteron | Nitrogen |
|---|---|
 |
|
