International HiRadMat Workshop

Session

Remote Sensing & Beam Instrumentation

10 Jul 2019, 10:20

503/1-001 - Council Chamber (CERN)

Conveners

Remote Sensing & Beam Instrumentation: High radiation beam instrumentation use and needs at SNS

• Willem Blokland (ORNL)

Remote Sensing & Beam Instrumentation: Challenges for the beam instrumentation of the ESS target and the role of the HiRadMat facility

• Elena Donegani (University of Hamburg)

Remote Sensing & Beam Instrumentation: Lessons learned about mechanical instrumentation in HiRadMat facility and possible future developments

• Michael Guinchard (CERN)

Remote Sensing & Beam Instrumentation: Beam instrumentation developments at HiRadMat

• Thibaut Lefevre (CERN)

Presentation materials

2019-07 HiRadMat Blokland.pdf

2019-07 HiRadMat Blokland.pptx

HiRadMat_Donegani.pdf

HiRadMat_workshop_Guinchard.pdf

HiRadMat_workshop_Guinchard.pptx

Hiradmat_workshop_Thibaut.pdf

Hiradmat_workshop_Thibaut.pptx

4. Beam instrumentation developments on Hiradmat

Thibaut Lefevre (CERN)

The contribution will briefly review the past beam instrumentation development performed on Hiradmat during the last run. We will also present our plans for testing and developing beam instrumentation on Hiradmat during the next run.

25. Challenges for the beam instrumentation of the ESS target and the role of the HiRadMat facility

Dr Elena Donegani (European Spallation Source)

Materials degradation due to radiation damage is the limiting factor for the lifetime and efficiency of high power spallation targets, as well as of their beam instrumentation. In this presentation, firstly, the beam instrumentation devices for the European Spallation Source (ESS) target monolith will be described, namely:
- The target imaging system for measuring the 2D current density...

29. High radiation beam instrumentation use and needs at SNS

Willem Blokland (ORNL)

At SNS several instrument systems are used in high radiation environments to measure the parameters or the impact of the 1 GeV proton beam at up to 1.4 MW. To measure the beam location and width, we use a luminescent coating on the target that produces light where the proton beam hits. An optical system consisting of mirrors, lenses, and an optical fiber bundle, transports the light to a...

31. Lessons learned about mechanical instrumentation in HiRadMat facility and possible future developments

Michael Guinchard (CERN)

This talk will describe lessons learned of advanced instrumentation's used in the HiRadMat facility over the last years. After a description of techniques used to measure shock waves (as electrical and optical strain devices, ultrasound devices, laser Doppler devices), future tests to validate new instrumentation will be developed.