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Modelling of Ohmic discharges in ADITYA tokamak using the Tokamak Simulation Code

机译：使用托卡马克仿真代码对ADITYA托卡马克中的欧姆放电进行建模

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摘要

Several Ohmic discharges of the ADITYA tokamak are simulated using the Tokamak Simulation Code (TSC), similar to that done earlier for the TFTR tokamak. Unlike TFTR, the dominant radiation process in ADITYA is through impurity line radiation. TSC can follow the experimental plasma current and position to very good accuracy. The thermal transport model of TSC including impurity line radiation gives a good match of the simulated results with experimental data for the Ohmic flux consumption, electron temperature and Z(eff). Even the simulated magnetic probe signals are in reasonably good agreement with the experimental values.
机译：使用托卡马克仿真代码（TSC）对ADITYA托卡马克的几个欧姆放电进行了模拟，这与之前对TFTR托卡马克所做的类似。与TFTR不同，ADITYA中主要的辐射过程是通过杂质线辐射。 TSC可以非常精确地跟踪实验等离子体电流和位置。包含杂质线辐射的TSC的热输运模型将模拟结果与欧姆通量消耗，电子温度和Z（eff）的实验数据很好地匹配。甚至模拟的磁探针信号也与实验值相当吻合。

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