Condensed State

Effects of Freezing-thawing Cyclic Treatment on Condensed State Structure and N-deacetylation of Chitin

冻融循环对甲壳素凝聚态结构和脱乙酰反应的影响

Multi-scale seamless research on the condensed state of polymers & introduction on the major project of National Natural Science Foundation of China

聚合物凝聚态的多尺度连贯研究&国家自然科学基金重大项目介绍

The Study of Some Basic Physical Problems in the Macromolecular Condensed State

高分子凝聚态的若干基本物理问题研究

The interrelated analysis of diagnosis and treatment on high condensed state of pulmonary heart disease

肺心病高凝状态早期诊治的相关性分析

Effects of Concentration and Boundary Conditions on Condensed State of Cholesteric Liquid Crystalline Cellulose

浓度和边界条件对纤维素胆甾相聚集态结构的影响

Study on the Condensed State of " Nascent " Ultra High Molar Mass Polyethylene

初生态超高分子量聚乙烯凝聚态研究

We hope that this work could offer one new method for the study of the condensed state physics of polymers .

希望该工作能够抛砖引玉，为高分子凝聚态物理的研究工作提供一个新的研究思路。

Dynamic properties of LY-12 aluminium alloy under high temperature condensed state & high temperature elastic modulus measurements

LY-12铝高温凝聚态动力学性质研究&高温弹性模量的测定

Synthesis and Study on the condensed state structure of new type LCP polyelectrolytes / surfactants complexes

新型液晶聚合物-聚电解质/表面活性剂复合物的合成及其凝聚态结构的研究

The MIT mechanism of VO2 , however , is a hot topic in condensed state physics .

然而对其相变机理的研究一直成为凝聚态物理的争论热点。

In this paper , the fundamental concepts of condensed state physics and its great influence upon modern science and technology after its birth ;

本文介绍了凝聚态物理的基本概念及其诞生后对近代科学技术产生的重大影响；

Effects of anharmonicity and mass factor on molecular vibrational relaxation of diatomics in condensed state

稠密流体中双原子分子振动弛豫的非谐性及质量效应

In this research project , many research achievements in macromolecular condensed state have been obtained and a number of new concepts in polymer physics were proposed .

本项目在高分子凝聚态的研究中取得了许多重要成果，并提出了若干新概念。

Effects of concentration and boundary conditions on cholesteric liquid crystalline condensed state structure and optical property of ethyl-cyanoethyl cellulose were investigated .

对不同边界取向条件和不同浓度下乙基氰乙基纤维素/二氯乙酸溶液形成的胆甾型液晶相的聚集态结构及其光学性能进行了研究和讨论。

In the end , the relations between thermal property , mechanical property and degradation property and chemical structure and condensed state structure of blends are studied .

最后，探讨了共混物的化学结构和凝聚态结构对共混物热性能、力学性能和降解性能的影响。

For instance , the specific temperature fields and shear fields during processing have an evidently effect on the formation of the condensed state structure of polyolefin .

例如，加工成型中特定的温度场及剪切流场作用会显著影响聚烯烃的聚集态结构。

The condensed state structure of polyolefin is not only determined by the intrinsic structure of polymer chains , but also greatly influenced by the processing conditions .

聚烯烃的聚集态结构除了取决于高分子链本身的结构外，还取决于加工成型过程中的外场条件。

The macromolecular condensed state of ultra high molar mass polyethylene ( UHPE ) has been studied . Advantages of Condensed Spinning

研究了超高分子量聚乙烯（UHPE）的凝聚态.聚集纺纱的优点

Methods : Randomly seperated 70 patients suffering from high condensed state of pulmonary heart disease into two groups . One called compared group , the other called treated group .

方法：将肺心病高凝状态70例，随机分为对照组和治疗组，对照组用常规治疗，治疗组在常规治疗的基础上加复方丹参；

For the bed with sufficient thickness , a condensed state of particles always exists in the lower part of the bed , even when strong vibration is applied .

对于足够厚的颗粒床，即使振动加速度很大，颗粒床下部仍然存在着颗粒聚集态。

Then describes the optimization process of the binary particle image , focused on the morphology of the particle image filtering , hole filling and eliminate the condensed state .

然后描述了二值化颗粒图像的优化处理过程，重点研究了颗粒图像的形态学滤波、空洞填充和凝聚状态消除。

Condensed state structure and rheological behaviors of2 kinds of tubing polyethylene ( PE ) resins with different sag resistances were analyzed by solid-state nuclear magnetic resonance ( NMR ) technique .

用固体核磁技术分析了2种具有不同抗熔垂性能的聚乙烯管材料的凝聚态结构与流变性能。

H_2 and He , which are the simplest diatomic and monatomic molecules respectively , are always one of advancing areas for those scientists working at theoretical and experimental study on condensed state physics .

氢、氦分别是结构最简单的双原子和单原子分子，在冲击加载条件下，氢，氦材料的热力学特性一直是从事凝聚态物理研究的理论和实验工作者非常关注的前沿研究课题之一。

It not only provide the basis for mastering crystal properties of the material and obtaining the desired condensed state structures , but also lay a theoretical foundation for exploring the best molding process of crystalline polymer .

它不仅为掌握材料的结晶性能，获取预期的凝聚态结构提供依据，也为探求结晶性高分子材料的最佳成型工艺奠定理论基础。

Nano-material Science is a new knowledge that covers Atomic Physics , Condensed State Physics , Colloidal Chemistry , Solid Chemistry , Coordination Chemistry , Dynamics of Chemical Reaction , Surface and Interface Science and so on .

纳米材料科学是原子物理、聚集态物理、胶体化学、固体化学、配位化学、化学反应动力学和表面、界面科学等多种学科交叉汇合而出现的新学科生长点。

In this paper , we investigate the relationships between the rates of vibrational-translational energy relaxation and the molecular dissociation energy , density and temperature for diatomic molecular in condensed state by the computer simulation with molecular dynamical method .

本文利用分子动力学计算机模拟方法，研究了稠密态双原子分子振动-平动弛豫速率与分子离解能、密度和温度的关系。

Recently , with the development of pulse magnet technology , pulsed high magnetic fields have raised scientists ' attention increasingly , because of the increment in the fundamental research , such as condensed state physics , materials science , and biomedicine .

特别是近年来，随着脉冲功率技术的发展，在凝聚态物理、材料科学、生物医学等基础前沿学科研究需要的推动下，脉冲强磁场技术越来越为人们所重视。

Since carbon nanotubes ( CNTs ) were discovered by Iijima in 1991 , they have become a hotspot and frontier of carbon materials research and condensed state physics owing to unique structure with one-dimensional inner cavity in nano-size and high specific surface area .

由于具有一维纳米尺度的中空管和高比表面积的结构特点，纳米碳管（CNTs）自从1991年被发现以来，一直是碳材料科学和凝聚态物理研究的前沿和热点。

Band theory of solid is the one of the most successful theories in condensed state physics , and in principle most basic physical properties of solid can be illustrated and explained by the band theory of solid which is especially effective in explaining the properties of metal and semiconductor .

因为固体能带理论是凝聚态物理中最成功的理论之一，固体的许多基本物理性质，原则上都可以由固体的能带理论阐明和解释，尤其在说明金属和半导体特性上很有成效。

Diluted magnetic semiconductors ( DMSs ), i.e. , semiconductors doped with magnetic metallic elements , have been the frontier research objects in the field of condensed state physics and material science because of the possibility of assembling charge and spin degrees of freedom in a single substance .

在半导体中引入磁性金属元素而形成的稀磁半导体材料因其能将自旋和电荷两个自由度集于一身，已经成为最近几年来凝聚态物理和材料科学领域中最前沿的研究对象。