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Abstract <p>The paper presents a description of a wrapper applicable to plasma physics codes for the purpose of unification within a future platform for modeling the behavior of plasma in a tokamak. Various options for creating modules are considered using the example of codes for calculating various stages of a plasma discharge TRANSMAK and SCENPLINT. The method of their interaction is studied, and using the example of calculation of scenarios of the ITER initial plasma, it is demonstrated that developing such a platform improves the process of solving problems related to plasma modeling and plasma experiment owing to the possibility of simplified combinatorics of calculation modules.</p>

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Software for Interaction of Plasma Discharge Calculation Codes via IMAS Data Model

  • 期刊论文

  • 发表日期：

    2025年12月1日

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  • E. N. Khairutdinov,
  • A. A. Kavin,
  • A. B. Mineev,
  • V. E. Lukash,
  • R. R. Andrianova

摘要

Abstract

The paper presents a description of a wrapper applicable to plasma physics codes for the purpose of unification within a future platform for modeling the behavior of plasma in a tokamak. Various options for creating modules are considered using the example of codes for calculating various stages of a plasma discharge TRANSMAK and SCENPLINT. The method of their interaction is studied, and using the example of calculation of scenarios of the ITER initial plasma, it is demonstrated that developing such a platform improves the process of solving problems related to plasma modeling and plasma experiment owing to the possibility of simplified combinatorics of calculation modules.