First principles of fast spin echo.

Magnetic resonance quarterly Pub Date : 1992-12-01
J Listerud, S Einstein, E Outwater, H Y Kressel
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Abstract

Fast spin echo (FSE), a variant of the rapid acquisition with refocused echoes pulse sequence, is now being widely considered as an alternative to conventional spin echo for proton density and T2-weighted imaging. Although the medical experience with this sequence is relatively limited, relevant aspects of the technique have been well understood in the context of spectroscopic applications for many years. This article attempts to portray the subject in an appropriate historical context. Such a viewpoint promotes a deeper understanding of the artifacts, determinants of contrast, and future evolution of FSE. Hopefully, this may not only be of benefit in the design of optimal clinical imaging protocols for current state of the art but may also be of use in fashioning the criteria by which new developments in this field may be judged.

快速自旋回波的基本原理。
快速自旋回波(FSE)是一种具有重聚焦回波脉冲序列的快速采集技术,目前被广泛认为是传统自旋回波技术在质子密度和t2加权成像中的替代方案。虽然这一序列的医学经验相对有限,但该技术的相关方面在光谱学应用的背景下已经得到了很好的理解。本文试图在适当的历史背景下描绘这一主题。这样的观点促进了对工件、对比决定因素和FSE未来演变的更深入的理解。希望这不仅有利于设计当前最优的临床成像方案,而且也有助于形成判断该领域新发展的标准。
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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