科学堂

This is the six second year lectures on NMR given at Imperial College by Henry Rzepa.

Index of Lectures

Pre-amble

What Nuclear Magnetic Resonance Can Measure

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核磁共振（NMR，nuclear magnetic resonance ）做为结构分析的主要手段之一，迄今为止相关研究成果已获得5次诺贝尔奖。

第1次，美国科学家Rabi发明了研究气态原子核磁性的共振方法，获l944年诺贝尔物理学奖。

第2次，美国科学家Bloch（用感应法）和Purcell（用吸收法）各自独立地发现宏观核磁共振现象，因此而获1952年诺贝尔物理学奖。

第3次，瑞士科学家Ernst因对NMR波谱方法、傅里叶变换、二维谱技术的杰出贡献，而获1991年诺贝尔化学奖。

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学有机化学的人对NMR一定很熟悉,我们也要经常要碰到解析NMR谱图。那就一定会碰到溶剂峰。本人在解析谱图时也碰到这些问题。所以把NMR中经常碰到的溶剂峰的数据整理了一下。

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All the really basic NMR questions you were too embarrassed to ask. The author is Chris Blake, NMR Centre of the Australian National University.

Although the questions below are of a general nature, the instruments mentioned are the Varian spectrometers currently used in the NMR Centre of the Australian National University.

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CONTENTS

Introduction

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On the web, some program for NMR Simulations, Spectral Data Processing and Mass Spec Isotope Cluster Analysis are available for download. A somewhat detailed description of each may be viewed by clicking on the application name.

The applications that are available for downloading are listed below.

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核磁教育站点

http://www.cis.rit.edu/htbooks/nmr/

　　Basics of NMR—-有关核磁共振光谱的超文本教科书。

http://www.chem.tamu.edu/services/NMR/periodic/index.shtml

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The following are links to the NMR lectures used in the Advanced Spectroscopy course.

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Lecture 1 – Introduction and Background Concepts I (PPT / PDF)

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