nuclear magnetic resonance是什么意思，nuclear magnetic resonance的意思翻译、用法、同义词、例句

[核] 核磁共振

Application of Hadamard transform in nuclear magnetic resonance (NMR) imaging enhances the sensitivity of NMR imaging.

阿达玛变换应用到核磁共振成象技术中，能提高成象技术的灵敏度。

The paper mainly discussed the applied effects of high resolution inversion of relaxation spectrum in nuclear magnetic resonance (NMR) logging data.

本文对核磁共振测井数据的高分辨率弛豫谱反演技术及实际应用效果进行了讨论。

NMR(Nuclear Magnetic Resonance) logging technology is mainly used for quickly and accurately analyzing physical parameters of core, cuttings and the sidewall core on drilling site.

核磁共振录井技术主要用于在钻井现场快速、准确地分析岩心、岩屑和井壁取心的物性参数。

Nuclear magnetic resonance(NMR) technique has been widely used in medicine and geology.

核磁共振技术在医学、地质等方面都有广泛的应用。

Introduced are the principle, methods of low field nuclear magnetic resonance(NMR) imaging technology and it′s application in rock petrophysics experiment.

主要介绍了低场核磁共振成像技术的原理、方法及在岩石物理实验方面的应用。

Nuclear Magnetic Resonance Sounding method is the only geophysical new method of directly detecting underground water at present.

核磁共振测深方法是目前唯一直接探查地下水的地球物理新方法。

To obtain a constant gradient magnetic field outside unilateral nuclear magnetic resonance(NMR), optimal design method based on finite element method(FEM) and topology optimization is proposed.

为了在单边核磁共振仪器外产生梯度恒定的磁场，提出利用基于拓扑优化和有限元法的优化设计方法。

Nuclear magnetic resonance (NMR) is a kind of exploration, research material microstructure and properties of high and new technology.

核磁共振是一种探索、研究物质微观结构和性质的高新技术。

Nuclear magnetic resonance (NMR) technology is a powerful means of organic structure determination without destroying the samples.

核磁共振技术是有机物结构测定的有力手段，不破坏样品，是一种无损检测技术。

Objective:Medical Nuclear Magnetic Resonance Tomography (MNMRT) and Surface Nuclear Magnetic Resonance Detection of groundwater (SNMRD) are different areas of NMR technology applications.

前言：目的医学核磁共振与地面核磁共振找水是核磁共振技术应用的不同领域。

These discoveries were established on basis of discoveries of phenomena of nuclear magnetism (NM) and nuclear magnetic resonance (NMR).

该项发现建筑在核磁和核磁共振现象被发现的基础之上。

The features of Surface Nuclear Magnetic Resonance(SNMR) signal for underground water and the sources and characters of the spike noise distortion are analyzed.

首先分析了地面核磁共振信号的特征和奇异噪声的来源与特点，提出了相应的消除方法并进行了仿真研究。

We researched the effects of sucrose on the spin- spin relaxation property in dough using pulsed field gradient Nuclear Magnetic Resonance ( PFG- NMR) techniques.

利用脉冲梯度场核磁共振技术（PFG-NMR）研究蔗糖对面团自旋-自旋弛豫特性的影响。

The purity of TMH was confirmed by 13C-Nuclear Magnetic Resonance (NMR) spectroscopy.

用13C-核磁共振谱表征了三羟甲基庚烷的化学结构。

The new developments of Nuclear Magnetic Resonance Spectrometers and the major features of various companies'spectrometers are introduced.

本文介绍了核磁共振仪的最新进展和各国仪器主要技术特点。

SPS were analyzed and characterized with infrared spectrum (IR), mass spectrum (MS), and nuclear magnetic resonance (NMR).

对提纯后的石油磺酸钠进行了红外光谱、质谱、核磁共振分析和表征。

In surface nuclear magnetic resonance(NMR) sounding technique, electrical conductivity of the earth is simplified by a homogeneous conductive half space.

地面核磁共振测深中，导电性影响一般用等效导电半空间代替。

This phenomena is called NMR(nuclear magnetic resonance).

这种现象称为核磁共振。

The induced voltage of surface nuclear magnetic resonance(NMR) based on conduction model is a nonlinear function of water content distribution.

导电模型的地面核磁共振感应电动势是含水量的非线性函数。

This text introduce the theory of nuclear magnetic resonance and the design of a NMR system.

本文介绍了核磁共振的原理及小型核磁共振系统电路部分的设计。

In this article, the principle of DDS is reviewed at first, then its new application in low field nuclear magnetic resonance core analyzer is discussed in detail.

文章首先介绍了DDS的原理，然后就其在低场核磁共振岩心分析仪中的应用进行了详细的讨论，对应用效果进行了总结。

The integration on mass spectrometry, nuclear magnetic resonance, and other modern analytical techniques, made up of the metabonomics technology platform, have accelerated the study on metabonomics.

质谱、核磁共振等现代分析技术作为代谢组学研究的技术平台，它们的整合运用加速了代谢组学的研究进程。

Comparison of various permeability equations in conventional logging and nuclear magnetic resonance logging indicates that there is an inter relationship among these equations.

对常规测井和核磁共振测井的渗透率公式进行了比较，发现各渗透率公式存在相互联系。

The results show that the nuclear magnetic resonance data are in agreement with IR data for their structure.

研究结果表明，核磁共振数据与红外光谱数据在结构表征方面相吻合。