脉冲磁场的产生和使用

F. Herlach
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引用次数: 1

摘要

从P. Kapitza的工作开始,对脉冲磁场的产生和使用进行了调查。这项调查的重点是在兆高斯范围内的场,包括超过半兆高斯的非破坏性场,目前的发展目标是接近100特斯拉的极限。在公开文献中,megagauss场首次报道来自于一个电容驱动的单匝线圈的实验。紧随其后的是炸药驱动的磁通量压缩,持续产生最高的磁场。电磁通量压缩是从一个不起眼的开始发展成为一种研究仪器。单匝线圈已发展成为一种可靠实用的研究仪器,迄今为止,绝大部分的超高斯场科学研究都是利用它完成的。指出了不同技术和一些新技术的未来发展潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Generation and Use of Pulsed Magnetic Fields
The generation and use of pulsed magnetic fields are surveyed from the very beginning with the work of P. Kapitza. The survey is focused on fields in the megagauss range, including non-destructive fields above half a megagauss where the development is now aimed at approaching the 100-tesla limit. In the open literature, megagauss fields were first reported from an experiment with a capacitor-driven single turn coil. This was followed by explosive-driven magnetic flux compression that consistently generates the highest fields. Electromagnetic flux compression was developed from a modest beginning into a research instrument. By far the largest part of scientific research in megagauss fields was accomplished with the single turn coil after it had been developed into a reliable and practical research instrument. The potential for future development of the different techniques and of some novel techniques is indicated.
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