Periodicity of nuclear properties began to show up.
原子核性质的周期性开始显示出来了。
Isotopes have the same chemical identity but different nuclear properties.
同位素有相同的化学特性，但是原子属性不同。
The machine analyzed the samples using nuclear magnetic resonance-measuring levels of the antibody-bound proteins based on their magnetic properties.
这个分析样品的机器使用了核磁共振——测量基于磁原理的抗体结合蛋白级数。
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。
The making technique and properties of the nuclear microfilter are studied.
本文研究了核孔滤膜的制造技术和它的特性。
It is important to measure meson productions in heavy ion collisions in order to understand the dynamics of heavy ion reactions and the properties of nuclear matter.
重离子反应中介子产生的观测对于认识重离子反应动力学和核物质性质具有重要的意义。
The factors that influence on the response of nuclear structures include the properties of earthquake, soil and structures.
核工程在地震动中的反应主要取决于地震动特性、地基土特征与结构特性三个方面。
Properties of nuclear matter and neutron star are described in relativistic mean field theory with density-dependent effective interactions.
基于密度相关有效相互作用的相对论平均场理论，研究了核物质和中子星的性质。
In this thesis we study the properties of nuclear matter using the mean field method.
本文运用平均场方法，研究了核物质的一些性质。
As the study of properties of warm asymmetric nuclear matte may shed a light on the study of neutron star, the liquid-gas phase transition of warm asymmetric nuclear matte is investigated.
由于对于非对称核物质性质的研究有助于对中子星物质的认识，考察了非对称致密热核物质的液—气相变。
The experiment results show that the maximal adsorption rate of uranium in the soil of the primary election nuclear waste disposal field is 54.75%, but adsorption properties are not so good.
实验结果表明，该放射性废物处置预选场址土壤对铀的最大吸附率为54.75%，吸附性能较差。
The relativistic mean field theory consistent with bulk properties of nuclear matter is extended to study the excitations of the sound-like collective modes in nuclear matter.
跟核物质主要特性相一致的相对论性平均场理论被用来研究核物质里的类声集体模式的激发。
With the demand of the using properties for zirconium alloys nuclear materials boost, the demand of zirconium alloys′ corrosion resistance is much higher.
随着对锆合金核材料使用性能要求的提高，对其耐腐蚀性能也提出了更高的要求。
The major goal of high energy heavy ion collision is to investigate nuclear matter properties under extreme conditions and detect quark-gluon plasma (QGP).
高能重离子碰撞物理学主要目的是研究极端条件下核物质的性质，探测夸克—胶子等离子体（QGP）。
It is shown that this model can not only de-scribe the saturation properties of nuclear matter, but also can explain the quark decon-finement phase transition successfully.
计算表明，此模型不仅能够描述核物质的饱和性质，而且能够成功的解释夸克在高温时的去禁闭相变。
Test of this new compound's physicochemical properties including the infrared spectrum, nuclear magnetic resonance spectrum, paper chromatogram and solubility in some organic solvents were performed.
对新合成物质进行纸层析、不同溶剂中的溶解性观察及进行红外光谱、磷核磁共振波谱检测。
The properties, market quotation, prices and the application in high capability cell, light alloy, and nuclear fusion are discussed.
本文介绍了金属锂的性质、市场行情、价格及其在高能电池、轻质合金以及核聚变反应等领域的应用。
So the study of the physical and mechanical properties of heated salt rock is important and essential to ensure the safety of nuclear wastes disposed in salt rock.
因此，为保证核废料地下处置的安全性，研究盐岩在一定温度条件下的物理力学特性十分重要。
Salt rock is regarded as the ideal host rock for nuclear waste disposal due to its advantageous geological conditions and physico-mechanical properties.
由于其有利的地质条件及优良的物理力学特性，盐岩被视为是核废料地质处置的理想场所。
Zirconium hydride has excellent practical prospects due to its properties as neutron-moderator material in nuclear reaction piles.
氢化锆因具备诸多作为反应堆中子慢化材料的优点，有着良好的应用前景。
The authors show how simple models can provide an understanding of the properties of nuclei, both in their ground and excited states, and of the nature of nuclear reactions.
那些作者显示简单的模型怎样能提供理解原子核的特性，两个在他们的地内和令人激动状态，以及自然的核反应。
The second-order NLO properties of a series of tri-nuclear transition metal clusters with incomplete cubane-like structures were studied by using the first-principle quantum chemical method.
研究了具有欠完整立方烷构型的过渡金属原子簇分子的二阶非线性光学性质。
The quantized Hamiltonian is derived from the general parametral form of the hexadecapole Vibration in the space of parameter, which maybe important to analyze properties of nuclear stature.
利用核十六极形变最普遍的参数化形式，通过正则量子化程序，导出了参数空间十六极振动的量子化哈密顿量，分析了十六极形变和振动对于核结构研究的重要意义．。
The quantized Hamiltonian is derived from the general parametral form of the hexadecapole Vibration in the space of parameter, which maybe important to analyze properties of nuclear stature.
利用核十六极形变最普遍的参数化形式，通过正则量子化程序，导出了参数空间十六极振动的量子化哈密顿量，分析了十六极形变和振动对于核结构研究的重要意义．。
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