Text in the excerpt box will show up in lists of meetings.Preparing for Jama and mockup reviews of diagnostics. Preparing for diagnostics review.
Discussion items
Time
Item
Who
Notes
Walk-in
How we proceed with finding tests that need to be done moving forward in MEC R&D effort
Question (Hai-En): Secondary sources in the context of MEC-U
A: Basic built-in assumption is up to 10cm separation source-sample, with sample at TCC
Specific items
electron
We are designed to a specific f/# for full energy and there's no straightforward way to go much longer. Certainly nothing in base design.
TCO could potentially be dedicated to this kind of experiment for long periods. We've gotten the comment that a 10 Hz 150 J petawatt could be very interesting for LWFA
FES considers LWFA an HEP priority and there is no flagship oriented towards this
Electron spectrometers for laser-solid interaction are a "subset" of the ion spectrometer discussion; we build into the diagnostics
10cm may not be enough
Comment: lower energy and F-number. 1 J, 150 fs. Best is the auxilliary laser system.
Dedication of a section in the hutch to be a class-4 environment for probe/heater beams.
ion
Have flagships based on
gamma
Proof-of-concept must exist at Omega
Question: What about particle diagnostics?
Thomson spectrometer in WBS has electron spectrometer as built-in option
Ion TOF
Would need to cover different angles
Neutron TOF/scintillator
FDI with short pulse laser
A variant of the SP probe that hasn't been developed far in concept
SOP
This is considered an integrated part of a hypothetical VISAR diagnostic
This could constrain the VISAR design with the SOP design:
PDV
Ejecta studies
Potential for longer timescale
Potentially less solid angle taken up.
Action items
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