Study of control of self-organization and suppression of collapse of burning plasmas by the construction of integrated physics model

为了理解和控制具有自主形成和衰变物理性质的聚变燃烧等离子体，建立了物理模型并研究了其综合性质。本研究建立了核心等离子体、边缘基座等离子体和分流器模型，并成功实现了模型的集成。利用本文建立的综合模型，研究了由于边缘局域模式（ELM）引起的热和粒子输运机理，以及导流器和核心等离子体输运的自洽特性，并提出了控制指导方针。

Toward understanding and controlling fusion burning plasmas that have physical properties of the autonomous formation and decay, physics models are developed and integrated properties are investigated. In this study, models of core plasma, edge-pedestal plasma, and divertor are developed, and their models are successfully integrated. By using the integrated model developed here, mechanism of heat and particle transport due to the edge localized mode (ELM), self-consistent characteristics of the transport in the divertor and the core plasma are investigated, and guidelines of control are indicated.