Parameter space validation through OOPS simulations of plasma burnthrough and discharge evolution in the SST-1 tokamak

Amit K. Singh,Santanu Banerjee,I. Bandyopadhyay,R. Srinivasan,Umesh Nagora,Jayesh Raval,K. Tahiliani

Parameter space validation through OOPS simulations of plasma burnthrough and discharge evolution in the SST-1 tokamak

2020

Amit K. Singh
Santanu Banerjee
I. Bandyopadhyay
R. Srinivasan
Umesh Nagora
Jayesh Raval
K. Tahiliani

Plasma burnthrough and current ramp-up phases in an SST-1 superconducting tokamak are simulated by the OOPS code. The main purpose of this study is to optimize the operation regime in SST-1 through...

Keywords:

Physics
Plasma
Atomic physics
SST-1
Computational physics
Parameter space
Tokamak
Electron cyclotron resonance
Nuclear engineering
Magnetic field
Voltage
Cryostat
Electron density

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