Difference between revisions of "UITF Meeting - March 18, 2016"

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Evaluate the UITF design with respect to beam requirements for HDIce.
 
Evaluate the UITF design with respect to beam requirements for HDIce.
  
  1. Beam Optics - Can UITF deliver the beam HDIce needs
+
  1. Can UITF deliver the beam HDIce needs?
 
  2. Are there sufficient diagnostic devices to aid in beam delivery?
 
  2. Are there sufficient diagnostic devices to aid in beam delivery?
  3. Given the low CW beam current, what devices or what process can ensure that the beam is at the intended place on the target?
+
  3. What devices or processes ensure the low-current beam is at the intended place on target?
  4. Given the sensitivity of HDIce target to > nA beam for any length of  time (msecs), are there possible measures to protect the target?
+
  4. What measures are planned to protect the HDIce target from > nA beam for any length of  time (msecs)?
  
 
== Advance Material ==
 
== Advance Material ==

Revision as of 16:36, 9 March 2016

Charge

Evaluate the UITF design with respect to beam requirements for HDIce.

1. Can UITF deliver the beam HDIce needs?
2. Are there sufficient diagnostic devices to aid in beam delivery?
3. What devices or processes ensure the low-current beam is at the intended place on target?
4. What measures are planned to protect the HDIce target from > nA beam for any length of  time (msecs)?

Advance Material

*UITF Description
*HDIce Beam Requirements
*UITF mechanical layout
*UITF Optics

Agenda

UITF Overview and timeline (M. Poelker)

HDIce description

Mechanical Layout of the entire beamline

Diagnostic devices, beam dumps, spectrometers

200 keV and 10 MeV Optics

High Voltage and Laser Systems (J. Hansknecht)

Machine protection

Discussion

Reviewer Summary and Recommendations