超越融合:基于融合的微波技术在其他行业的应用

James P. Anderson, J. Doane, H. Grunloh, M. Brookman
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引用次数: 3

摘要

在追求核聚变能源的过程中开发的技术对许多其他行业产生了影响。先进的微波和毫米波组件满足融合应用的要求,可以在新兴工业中开辟全新的领域。对于等离子体加热,微波组件,如波导、开关和偏振器,正在建造中,它们可以承受高达170千兆赫的频率下兆瓦级的持续功率。在融合系统的微波诊断中,传输线的传输效率非常高(100米以上损耗<%),35-170 GHz的巨大频率带宽是可能的。为这些系统开发的技术和材料可转移到其他基于微波的应用中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Beyond Fusion: The Application of Fusion-Based Microwave Technology to Other Industries
Technology developed in the pursuit of fusion energy has had an impact in many other industries. The requirements being met by advanced microwave and millimeter wave components for fusion applications can open up whole new areas in emerging industries. For plasma heating, microwave components such as waveguide, switches, and polarizers, are being built which can withstand megawatts of sustained power at frequencies up to 170 GHz. In microwave-based diagnostics for fusion systems, enormous frequency bandwidths such as 35–170 GHz are possible for transmission lines at very high propagation efficiency (<% loss over 100 m). The techniques and materials being developed for these systems are transferrable to other microwave-based applications.
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