Difference between revisions of "Wednesday July 24, 2013"

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  - The power deposited in the radiator for 200 uA and 8.5 MeV electron beam:
 
  - The power deposited in the radiator for 200 uA and 8.5 MeV electron beam:
   For 0.02 mm radiator, average energy loss is 24 keV, P = 4.8 W
+
   For 0.02 mm radiator, average energy loss is about 24 keV, P = 4.8 W
   For 0.10 mm radiator, average energy loss is 120 keV, P = 24 W
+
   For 0.10 mm radiator, average energy loss is about 120 keV, P = 24 W
 
  - What is the temperature of the LCW that will be used to cool the radiator?
 
  - What is the temperature of the LCW that will be used to cool the radiator?
 
  - Need a HARP in the new Bubble Chamber line to measure the size of the beam impinging on the radiator
 
  - Need a HARP in the new Bubble Chamber line to measure the size of the beam impinging on the radiator
 
  - On the radiator ladder, we should have a viewer and preferable a YAG viewer to check the beam size
 
  - On the radiator ladder, we should have a viewer and preferable a YAG viewer to check the beam size
 
  - Need a camera to look at the OTR coming from the radiator
 
  - Need a camera to look at the OTR coming from the radiator
 +
- What is the clearance between the wall and the Laser Room in the Injector?
 
  - Safety:
 
  - Safety:
 
   The sweep dipole must be in FSD to protect the exit window
 
   The sweep dipole must be in FSD to protect the exit window
 
   There will be about 500 ml of mercury used a buffer liquid in the chamber
 
   There will be about 500 ml of mercury used a buffer liquid in the chamber
 +
- We will meet every two weeks on Wednesdays at 3:00 to 5:00 EST

Revision as of 13:53, 31 July 2013

We will meet in TED 2561B on Wednesday July 24 at 3:00 pm EST.

For those calling in we'll use the ReadyTalk audio conference system.

1. Dial Toll-Free Number: 866-740-1260 (U.S. & Canada)
2. Enter 7-digit access code 4402297, followed by “#”

Agenda:

 media:Meeting_24July_2013.pdf
 media:Meeting_24July_2013.pptx  

1- Schedule

2- Design of beamline, radiator and dump

  • Experiment beam line today is presently decommissioned, ready for modification:
5D beam line

3- Bubble Chamber work at Argonne

4- Background and simulation

5- Absolute beam energy

6- Safety



Notes from this meeting:

- The power deposited in the radiator for 200 uA and 8.5 MeV electron beam:
  For 0.02 mm radiator, average energy loss is about 24 keV, P = 4.8 W
  For 0.10 mm radiator, average energy loss is about 120 keV, P = 24 W
- What is the temperature of the LCW that will be used to cool the radiator?
- Need a HARP in the new Bubble Chamber line to measure the size of the beam impinging on the radiator
- On the radiator ladder, we should have a viewer and preferable a YAG viewer to check the beam size
- Need a camera to look at the OTR coming from the radiator
- What is the clearance between the wall and the Laser Room in the Injector?
- Safety:
  The sweep dipole must be in FSD to protect the exit window
  There will be about 500 ml of mercury used a buffer liquid in the chamber
- We will meet every two weeks on Wednesdays at 3:00 to 5:00 EST