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A phenomenological model describing the gas flow from the injector into tokamak vacuum vessel is proposed. The model is aimed to be used in integrated modeling of the plasma response on the massive gas injection, MGI, to optimize basic parameters of the ITER MGI system. Simulation results are compared with experimental measurements of the gas density along the delivery tube of MGI injector of the tokamak JET. Then the algorithm to specify the only fitting parameter of the phenomenological model in terms of geometric characteristics of the injector and gas mixture composition is formulated.

GAS FLOW MODEL FOR SIMULATION OF TOKAMAK DISRUPTION MITIGATION BY MEANS OF MASSIVE GAS INJECTION