NMRI

Teaching experiment of one-dimensional spatial encoding in NMRI

核磁共振成像一维空间编码教学实验

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Spatial encoding using gradient magnetic fields is the key technique in nuclear magnetic resonance imaging ( NMRI).

利用梯度磁场实现检测信号的空间编码，是核磁共振成像（MRI）的关键技术。

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This paper describes the recent progress in the nuclear analysis techniques based on small accelerator ( PIXE, RBS, NRA, AMS etc.), as well as in the nuclear technique of medical imaging(γ camera, SPECT, PET, NMRI etc).

本文阐述了近十多年来基于小加速器的核分析技术（PIXE、RBS、NRA、AMS等）以及医学显像核技术（γ照相、SPECT、PET、NMRI等）的研究进展。

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Objective To study the incidence of trisomy 18 in NMRI mice and its developmental malformations.

目的通过对18三体在NMRI小鼠发生率的研究及18三体胚鼠和正常胚鼠的大体形态学对照观察，进一步认识18三体NMRI小鼠的生长发育畸形。

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These discoveries have led to the development of modern NMR imaging, NMRI, which represents a breakthrough in medical diagnostics and research.

这些发现导致了在临床诊断和医学研究上获得突破的核磁共振成像仪的出现。核磁共振成像（NMRI）代表了医学诊断和研究领域的一个突破。

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In this paper the comparision between nuclear magnetic resonance imagine ( NMRI and nuclear magnetic resonance ( NMR) spectroscopy has been briefly done.

对核磁共振成像（NMRI）与核磁共振（NMR）波谱进行了概括性的比较。

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NMRI research on storage and transport of coalbed methane

煤层气赋存和运移规律的NMRI研究

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Effect of Postnatal and Prenatal Fulvic Acid Exposure on Collagen Hydroxylysyl Glycosylation in NMRI Mice

出生前后富里酸暴露对NMRI小鼠胶原羟赖氨酸糖基化的影响

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An experimental study on the developmental malformations of the trisomy 18 NMRI mice

18号染色体三体NMRI小鼠发育畸形的实验研究

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The NMRI mouse displayed the highest and BA mouse revealed the lowest binding to kainate receptors. The present data demonstrate the existence of genetically determined differences in the organization of hippocampal excitatory amino acid receptor systems.

KA受体在NMRI鼠海马显示最高密度，BA鼠其受体密度最低.这种受体密度的系间差异可能与近交系小鼠合成兴奋性氨基酸受体的基因调控不同有关。

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Study on ASP flooding mechanism and emulsion flow using NMRI

三元复合驱驱油机理及乳液渗流规律NMRI研究

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