Difference between revisions of "December 7th, 2016"

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4) Simulate a few KL-induced reactions in the LH2 target and evaluate the acceptance, resolutions, background etc.
 
4) Simulate a few KL-induced reactions in the LH2 target and evaluate the acceptance, resolutions, background etc.
 
Simulate the interactions of the KL and n in the material of the GlueX setup.
 
Simulate the interactions of the KL and n in the material of the GlueX setup.
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 +
5) Calculate the spectrum (p,theta) of the KL and n coming from the Be target.
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6) For hyperon spectroscopy
  
 
-- ds/dO for KLp-->K+n (Mikhail).
 
-- ds/dO for KLp-->K+n (Mikhail).
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-- ds/dO for xxx ?
 
-- ds/dO for xxx ?
  
5) Calculate the spectrum (p,theta) of the K0 and n coming from the Be target.
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7) For meson spectroscopy (Volker).
  
6) Status of neutron background simulations (Igor) [[https://halldweb.jlab.org/wiki/images/6/68/KL.pdf]]
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8) CP-violation (Moskov)
  
7) Simulate the n-interaction in the LH2 target with the neutron flux will be reasonable.
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9) Status of neutron background simulations (Igor) [[https://halldweb.jlab.org/wiki/images/6/68/KL.pdf]]
  
8) Schedule for the next meeting.
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10) Simulate the n-interaction in the LH2 target with the neutron flux will be reasonable.
  
9) etc.
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11) Schedule for the next meeting - in a month (January 4th, 2017)

Revision as of 12:02, 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 KL-induced reactions in the LH2 target and evaluate the acceptance, resolutions, background etc. Simulate the interactions of the KL and n in the material of the GlueX setup.

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

6) For hyperon spectroscopy

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

-- ds/dO for KLp-->KSp (Mikhail).

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

-- ds/dO for xxx ?

7) For meson spectroscopy (Volker).

8) CP-violation (Moskov)

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

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

11) Schedule for the next meeting - in a month (January 4th, 2017)