燃烧等离子体实验:将核聚变转变为以能量为导向的项目

R. Simmons, J. Schmidt
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引用次数: 0

摘要

只提供摘要形式。燃烧等离子体实验(BPX)在美国核聚变项目中的作用是在当前一代实验(即TFTR, JET, DIII-D)和实验测试堆(ETR)(如国际托卡马克实验堆)之间提供技术桥梁。这个技术桥梁的主要跨度是理解、开发和演示自加热(例如燃烧)等离子体的物理特性。如果世界核聚变计划要有效地过渡到以能量为导向的计划,那么发展和演示燃烧等离子体的物理学是必不可少的下一步。BPX是一项全国性的努力,涉及大多数国家聚变实验室、许多主要大学和越来越多的工业参与者。作为美国能源部的主要系统收购,BPX需要满足严格的项目控制和程序文档标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The burning plasma experiment: changing fusion to an energy-oriented program
Summary form only given. The role of the burning plasma experiment (BPX) in the US fusion program is to provide a technical bridge between the present generation of experiments (i.e. TFTR, JET, DIII-D) and an Experimental Test Reactor (ETR) such as the International Tokamak Experimental Reactor. The primary span in this technical bridge is the understanding, development, and demonstration of the physics of self-heated (e.g. burning) plasmas. The development and demonstration of the physics of burning plasmas is an essential next step if the world fusion program is to effectively transition to an energy-oriented program. BPX is a national effort that involves most of the national fusion laboratories, many major universities, and an increasing number of industrial participants. As a major systems acquisition within the US Department of Energy, BPX is required to meet rigorous project control and procedural documentation standards.<>
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