比較FAR-TECHvsNiowave

FAR-TECH

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FAR-TECH總部設在美國

FAR-TECH公司是聖地亞哥,基於CA公司收到了格蘭特(s)從美國能源部SBIR / STTR計劃。這些格蘭特的文摘(s)獎(s)也提供了,因為他們提供洞察FAR-TECH, Inc .)業務和領域的專業知識。該項目將開發一個反饋工具,提供了一個增強的檢測和反饋控製的商業化速度不穩定高效,清潔的核聚變能量。這個項目將開發和測試精度光束儀器測量飛行時間和梁xy-tilt。這個診斷可以提供非侵入性,基本梁參數中大多數加速器。該項目將開發一個具有實時功能的工具來解決的關鍵問題破壞ITER等緩解未來核聚變反應堆。它將大大提高其他融合和高能量密度物理項目。這個項目將構建和測試一個直線加速器加速結構。設計大大簡化了加速結構,因而成本效益。本項目將探索利用阿基米德過濾技術的可行性增加乏燃料的化學處理。 The augmentation should reduce the cost and environmental impact of recycling nuclear fuel from advanced high temperature gas cooled reactors. The Archimedes Plasma Mass Filter is an innovative, proliferation resistant technology for separating nuclear waste with potentially lower cost and environmental impact than chemical processing. This project will develop a vaporization source that would enable the Filter to be applied to the recycling of commercial spent nuclear fuel. High-power radio frequency (RF) sources are used to power the majority of particle accelerators used research, military, industrial and medical applications. This project will provide a high-efficiency RF source for Thomas Jefferson National Accelerator Laboratory, with the basic technology also usable for many other future projects. This project will develop a sophisticated, numerical modeling tool that will decrease the cost of building and operating sources of highly charged ions that are used in nuclear physics research as well as industrial applications. This project will develop a sophisticated, numerical modeling tool that will decrease the cost of building and operating sources of highly charged ions that are used in nuclear physics research as well as industrial applications. Petascale computing, will eventually impact all scientific and engineering applications, but to reach its full potential, the problems of both hardware and software must be addressed. This project will develop new codes to take advantage of this new level of computing power. This project will develop a diagnostic tool that will decrease the cost of operating sources of highly charged ions that are used in nuclear physics research as well as industrial applications. This project proposes to explore the feasibility of using the Archimedes Plasma Mass Filter to augment chemical processing of spent nuclear fuel, thereby potentially reducing the cost and environmental impact of recycling nuclear fuel. Z-pinches are cost-effective and efficient; converting stored electrical energy directly into plasma energy and generating much higher confining magnetic fields than can be externally imposed. Their simple linear geometry, yet only partly understood behavior, makes them an attractive challenge both for basic plasma physics and for industrial applications.