Introduction

Aims

Possible objectives:

• Investigation of RE generation mechanisms.

• Investigation of RE mitigation mechanisms (Working gas, mitigation during shot termination ( prepare in advance ) )

• Plasma resistivity as \(f:REs \rightarrow \sigma\) (does \(kT^{-3/2}\) holds?) (\(j\leq n \cdot e \cdot c\))

• High vs low energy REs (REs popullation vs energy)

Aparatus

Possible diagnostics:

1. Scintillation detector plus photo-multiplier (NaI(Tl), YAP(Ce)). Hits / deposited energy.

2. PH32-based detector (Strip detector).

3. Timepix (SXR + HXR? Timepix(3?) CdTe?)

4. Dosimeters

5. Cherenkov Detector?

6. Spectrometer(s)

Possible parameters:

1. Pressure (keep low)

2. Electric field

3. B field

4. Working gas ( after n shots, maybe after glow discharge session )

5. Stabilization System (sudden field variations may lead to enhancement of RE population).