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Extension of TFTR operations to higher toroidal field levels

机译:TFTR操作扩展到更高的环形场级别

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For the past year, TFTR has sometimes operated at extended toroidal field (TF) levels, The extension to 5.6 Tesla (79 kA) was crucial for TFTR's November '94 10.7 MW DT fusion power record. The extension to 6.0 Tesla (85 kA) was commissioned on 9 September 1995. There are several reasons that one could expect the TF coils to survive the higher stresses that develop at higher fields. They were designed to operate at 5.2 Tesla with a vertical field of 0.5 Tesla, whereas the actual vertical field needed for the plasma does not exceed 0.35 Tesla. Their design specification explicitly required they survive some pulses at 6.0 Tesla. TF coil mechanical analysis computer models available during coil design were crude, leading to conservative design. And design analyses also had to consider worst-case misoperations that TFTR's real time Coil Protection Calculators (CPCs) now positively prevent from occurring. Engineering considerations are summarized.
机译:在过去的一年中,TFTR有时在扩展的环形场(TF)水平下运行,扩展到5.6特斯拉(79 KA)对于TFTR的11月94日至107 MW DT融合功率记录至关重要。将于1995年9月9日委托到6.0特斯拉(85 kA)的延期。有几个原因可以预期TF线圈在更高领域产生的高压力。它们被设计为在5.2特斯拉操作,垂直场为0.5特斯拉,而等离子体所需的实际垂直场不会超过0.35特斯拉。他们的设计规范明确要求他们在6.0特斯拉的一些脉冲中存活。 TF线圈机械分析电脑型号在线圈设计期间可用粗原油,导致保守设计。设计分析也必须考虑TFTR的实时线圈保护计算器(CPC)现在积极地阻止发生的最坏情况的误操作。总结了工程考虑因素。

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