Spectrum estimation and the Fourier transform in imaging and spectroscopy

P. Angelidis
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引用次数: 9

Abstract

This work aims at two purposes: tutoring and reference. It is an introductory, concise text for the newcomers to Fourier transform NMR, and it is a reference source for those who are involved in NMR spectroscopy and imaging and who have already made themselves familiar with the concepts of frequency and spectrum. The work attempts to help the reader understand the natural meaning of Fouriertransform theory, beginning with basicconceptsand proceeding to more complicated ones, step by step, covering almost every aspect of interest in the area. It also introduces two new concepts in NMR signal-processing theory: time-frequency representations and the temporal autocorrelation function. New algorithms of spectral estimation and image reconstruction, based on this original material, are proposed. The new techniques fully exploit the special characteristics of the N M R signal. The tutoring material is presented qualitatively, and it includes only fundamental mathematics Throughout the text, an effort is made to explain important concepts in simple terms, usually through examples, so that the introduction of new information flows smoothlyand no extensive spiritual endeavor is required from the reader.
成像与光谱学中的光谱估计与傅立叶变换
这项工作有两个目的:辅导和参考。对于傅立叶变换核磁共振的新手来说,这是一个介绍性的、简明的文本,对于那些涉及核磁共振光谱和成像以及已经熟悉频率和频谱概念的人来说,这是一个参考来源。这项工作试图帮助读者理解傅里叶变换理论的自然含义,从基本概念开始,逐步进行更复杂的,涵盖几乎每一个方面的兴趣在该地区。介绍了核磁共振信号处理理论中的两个新概念:时频表示和时间自相关函数。在此基础上,提出了新的光谱估计和图像重建算法。新技术充分利用了N - M - R信号的特殊特性。辅导材料是定性的,它只包括基本的数学。在整个文本中,努力用简单的术语来解释重要的概念,通常通过例子,所以新的信息的介绍是流畅的,不需要读者进行广泛的精神努力。
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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