Difference between revisions of "Elong-13-04-18"
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:→ Below is a quick estimate of error bars -- The main update from the past week is that the code can be pushed up to x=0.98 and also working on roughly getting the error bars in at a PAC month's worth of data taking | :→ Below is a quick estimate of error bars -- The main update from the past week is that the code can be pushed up to x=0.98 and also working on roughly getting the error bars in at a PAC month's worth of data taking | ||
::→ Still working on an exact estimate of what we can do with 30 PAC days, but it's not ready for today | ::→ Still working on an exact estimate of what we can do with 30 PAC days, but it's not ready for today | ||
| + | :→ Any considerations for necessary ''x'' resolution less than what the spectrometer can give? (Still working on the later as well) | ||
[[Image:2013-04-18-rates-update.png|1200px]] | [[Image:2013-04-18-rates-update.png|1200px]] | ||
Revision as of 10:44, 18 April 2013
Rates Update
→ For the plot below, I assume the following:
Target Material ND3 Target Length 3 cm Pzz 20% E0 11 GeV xBjorken 0.1, 0.3, 0.5, 0.75, 0.98 Q2 Variable θq Calculated θe' Calculated E' Calculated W Calculated
- → All "Rates" in the plots below are Physics rates, not Total rates
- → Error bars shown are statistical only
- → Still working on including the total rates -- in progress
- → Below is a quick estimate of error bars -- The main update from the past week is that the code can be pushed up to x=0.98 and also working on roughly getting the error bars in at a PAC month's worth of data taking
- → Still working on an exact estimate of what we can do with 30 PAC days, but it's not ready for today
- → Any considerations for necessary x resolution less than what the spectrometer can give? (Still working on the later as well)
