Difference between revisions of "NnL analysis 20220225"
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=Report and discussion= | =Report and discussion= | ||
| − | <font size="5">PDF</font> | + | ==Momentum loss study by SIMC (Bishnu)== |
| − | + | <font size="5">[[Media:Mom-loss SIMC Bishnu 20220225.pdf| PDF]]</font> | |
* Tuna-can type of target cell <br> ← The cell thickness is unknown. → He will look into the source code. | * Tuna-can type of target cell <br> ← The cell thickness is unknown. → He will look into the source code. | ||
* The momentum losses for e' and K<sup>+</sup> were obtained. | * The momentum losses for e' and K<sup>+</sup> were obtained. | ||
Latest revision as of 23:25, 24 February 2022
Info
- 9:00-10:30 on Feb 25th, 2022 (JST)
- Bishnu (Hampton Univ.), Toshi (Kyoto Univ.)
- via ZoomGov
Report and discussion
Momentum loss study by SIMC (Bishnu)
- Tuna-can type of target cell
← The cell thickness is unknown. → He will look into the source code. - The momentum losses for e' and K+ were obtained.
- He is going to check if these results are reasonable
by comparing with hand calculation based on Bethe-Bloch formula.
- He is going to check if these results are reasonable
- No correlation between dE and x'. → it is consistent with what we expected.
- Turned off the spectrometer resolution, and looked at the momentum distribution.
There seems to be materials other than the target (+cell).
→ will be checked.
Etc.
HYP2022
- http://rafael.ujf.cas.cz/hyp2022/
- Abstract submission is due on Mar 18.
Press release of the nnΛ result
- Japanese version was prepared, and will be on the web soon.
In addition, English version will be prepared soon.
Next Meeting
- 9:00 a.m. - on Mar 11, 2022, JST
(7:00 p.m.- on Feb 10, 2022, EST)