Difference between revisions of "Wednesday July 24, 2013"

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Line 32: Line 32:
 
   For 0.02 mm radiator, average energy loss is about 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 about 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?
+
  Re-evaluate radiator cooling
 +
  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

Revision as of 10:16, 1 August 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
  Re-evaluate radiator cooling 
  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