Difference between revisions of "December 7th, 2016"

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(Created page with "The tentative agenda: 1) Our schedule for the proposal (back in time): - We may expect that PAC will be scheduled for July. - We have to submit our proposal 6 weeks in adva...")
 
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-- ds/dO for xxx ?
 
-- ds/dO for xxx ?
  
5) Simulate the n-interaction in the LH2 target with the neutron flux will be reasonable.
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5) Calculate the spectrum (p,theta) of the K0 and n coming from the Be target.
  
6) Calculate the spectrum (p,theta) of the K0 and n coming from the Be target.
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6) Status of neutron background simulations (Igor) [[https://halldweb.jlab.org/wiki/images/6/68/KL.pdf]]
  
7) Status of neutron background simulations (Igor).
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7) Simulate the n-interaction in the LH2 target with the neutron flux will be reasonable.
  
 
8) Schedule for the next meeting.
 
8) Schedule for the next meeting.
  
 
9) etc.
 
9) etc.

Revision as of 01:48, 7 December 2016

The tentative agenda:

1) Our schedule for the proposal (back in time):

- We may expect that PAC will be scheduled for July.

- We have to submit our proposal 6 weeks in advance (May-June).

- It will probably take 4 weeks for the GlueX Collaboration to review (April-May).

- In March, we plan to ask Rolf for a technical review (Jim Napolitano's suggestion).

- GlueX Collab meeting is scheduled for Feb 16-18 and we have to talk about KL.

2) We have to make a conceptual design of the KL project which allows to estimate a cost of the KL (Jim Napolitano's suggestion). To do that we have to draw a Note and then ask Eugene to ask Tim to make it.

3) Put the right LH2 target and beamline into GlueX MC.

4) Simulate a few K0-induced reactions in the LH2 target and evaluate the acceptance, resolutions, background etc. Simulate the interactions of the K0 and n in the material of the GlueX setup.

-- ds/dO for KLp-->K+n (Mikhail).

-- ds/dO and Sigma for KLp-->K+Xi (Nick).

-- ds/dO for xxx ?

5) Calculate the spectrum (p,theta) of the K0 and n coming from the Be target.

6) Status of neutron background simulations (Igor) [[1]]

7) Simulate the n-interaction in the LH2 target with the neutron flux will be reasonable.

8) Schedule for the next meeting.

9) etc.