Investigation of subterahertz gyrotron for DNP NMR spectroscopy at IAP RAS

M. Glyavin, G. Denisov, N. Zavolsky, V. Zapevalov, A. Kuftin, V. Manuilov, M. Morozkin, A. Sedov, E. Soluyanova, E. Tai, A. Chirkov
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Abstract

The present paper concerns the state of the art of the development and experimental investigations of subterahertz gyrotrons for spectroscopy applications at IAP RAS. The gyrotron with frequency of 258 GHz and power of 100 watts is successfully used for spectroscopy experiments and 80-time rising of sensitivity has been obtained. The fundamental harmonic gyrotron with an internal mode converter is under development now. The predicted efficiency is 20% at power about 100 W and frequency of 263 GHz. The same helium-free 10-T magnet and electron optics will be used for design of a second harmonic tube with operating frequency of 520 GHz.
亚太赫兹回旋管用于IAP RAS核磁共振波谱的研究
本文介绍了IAP RAS用于光谱学应用的亚太赫兹回旋管的发展和实验研究的最新进展。利用频率为258 GHz、功率为100瓦的回旋管进行了光谱学实验,灵敏度提高了80倍。带内模变换器的基频回旋管目前正处于研制阶段。在功率为100w,频率为263ghz时,预计效率为20%。同样的无氦10-T磁体和电子光学元件将用于设计工作频率为520 GHz的二次谐波管。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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