为核磁共振波谱学家准备的脉冲epr超精细光谱入门

IF 2.624
Nino Wili
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引用次数: 0

摘要

核磁共振和EPR的理论基础非常相似。然而,这两个领域在实践方面有很大的不同。这篇引物是试图弥合一些领域之间的差距,同时它强调了脉冲EPR的一些应用。介绍了用于探测未配对电子附近原子核的基本EPR脉冲序列。重点是向熟悉核磁共振的研究人员解释这个概念。给出了电子-核双共振(ENDOR)、电子-自旋回波包络调制(ESEEM),包括超精细亚能级相关光谱(HYSCORE)和电子双共振(ELDOR)探测核磁共振的理论背景和实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

A primer in pulse EPR-based hyperfine spectroscopy for NMR spectroscopists

A primer in pulse EPR-based hyperfine spectroscopy for NMR spectroscopists

The theoretical foundations of NMR and EPR are very similar. Nevertheless, the fields differ significantly in practical aspects. This primer is an attempt to bridge some of the gaps between the fields, and at the same time it highlights some applications of pulse EPR. Basic EPR pulse sequences to detect nuclei in the vicinity of unpaired electrons are introduced. An emphasis is placed on explaining the concept to researchers familiar with NMR. The theoretical background as well as examples are given for electron-nuclear double resonance (ENDOR), electron-spin echo envelope modulation (ESEEM), including hyperfine sublevel correlation spectroscopy (HYSCORE), and electron double resonance (ELDOR)-detected NMR.

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