چكيده لاتين
Researchers and scholars use simulation to achieve greater efficiency and performance in various systems. In essence, a simulation is an approximate imitation of a process, operation, or system, which demonstrates its behavior over time. Simulation is used in many fields, including system performance analysis, safety engineering for systems or processes, experimentation, skill training, education, and computer games. In different scientific disciplines, softwares and codes are designed to perform relevant simulations using data specific to that scientific topic. Sometimes, a dedicated simulation code or software is developed to model a particular process within a larger system. Today, researchers design software’s and codes that use data from specific scientific topics to run simulations. Sometimes, a single simulation code or program is created for one specific process within a larger system. However, simulating a complex system often requires multiple codes, each with different inputs, outputs, and programming languages. Itʹs crucial to connect these codes effectively so they can work together to give users the best possible results. To achieve highly accurate and efficient simulations with minimal error, scientists have concluded that they need to perform comprehensive simulations. In essence, integrated modeling combines various simulation codes—each of which models a specific part of a system or process—allowing for a comprehensive simulation of the entire system or process under consideration. This research aims to install and study a specific integrated modeling code for simulating the fusion process inside a tokamak reactor. Among the several available integrated codes for tokamak reactors, we have selected the TASK code for this study. TASK integrated modeling code is used in simulating the active tokamaks within our country. TASK code contains multiple integrated modules for areas such as equilibrium, transport, Fokker-Planck, waves, and more. These integrated modules simulate the overall fusion process within the tokamak. TASK code can be a highly useful tool for enhancing the understanding of domestic fusion researchers about plasma and for advancing the country in the field of fusion science, including the development of a fully indigenous operational tokamak.
