Difference between revisions of "February 22nd, 2017"
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1) Responsibility for the coming proposal: | 1) Responsibility for the coming proposal: | ||
| − | * Mikhail | + | * ''Mikhail'' will consider K<sub>L</sub>p-->K<sup>+</sup>n process to show a full MC, estimation of possible statistics and expected uncertainties for angular distributions. Then he plan to evaluate background from |
| + | np->nK<sup>+</sup>Lambda & np->pi<sup>+</sup>nn (with pion miss-identification as kaon) | ||
| − | * Nick: | + | * ''Nick'': |
| − | + | K<sub>L</sub>p-->K<sup>+</sup>Sigma<sup>0</sup> (Sigma<sup>0</sup>-->Lambda pi<sup>0</sup>; Lambda-->p pi<sup>-</sup>). | |
| − | * Pavel: | + | * ''Pavel'' will consider a conceptual design for the compact photon source (CPS). |
| + | |||
| + | * ''Igor''will present neutron background MC results using MCNP6 transport code. They have to satisfy RadCon. | ||
| + | |||
| + | * ''Justin'': New Start Counter. | ||
Revision as of 14:22, 17 February 2017
Tentative Agenda
1) Responsibility for the coming proposal:
- Mikhail will consider KLp-->K+n process to show a full MC, estimation of possible statistics and expected uncertainties for angular distributions. Then he plan to evaluate background from
np->nK+Lambda & np->pi+nn (with pion miss-identification as kaon)
- Nick:
KLp-->K+Sigma0 (Sigma0-->Lambda pi0; Lambda-->p pi-).
- Pavel will consider a conceptual design for the compact photon source (CPS).
- Igorwill present neutron background MC results using MCNP6 transport code. They have to satisfy RadCon.
- Justin: New Start Counter.