凝聚态

冻融循环对甲壳素凝聚态结构和脱乙酰反应的影响

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

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

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

氮化碳和轻元素B、C、N及其化合物组成的新一族材料巴成为凝聚态物理和材料科学领域中新的研究热点。

The new series of B-C-N materials consisting of B , C and N and their compounds is a new study field .

振动挤出对HDPE力学性能及凝聚态结构的影响

Effect of vibration extrusion on mechanical properties and morphology of HDPE

凝聚态物理学基础研究领域中的新理论Ⅰ&纯质的分子结构与液体C（p，1）理论方程及3个定理

A new theory in the basic research of the condensed matter physics ⅰ the substantial molecule structure and theoretical equation of liquid heat capacity and 3 theorems

首先讨论了凝聚态的金纳米颗粒的SERS增强效果。

At first we discussed SERS enhancement of the condensed gold particles .

量子相空间理论与Bose-Einstein凝聚态

Theory of Quantum Phase Space and Bose-Einstein Condensate

近代场论与凝聚态物理Bose-Einstein凝聚问题的理论探讨

Modern quantum field theory and condensed matter ? The Theoretical Approach on Bose-Einstein Condensation

在对PS和PP熔体进行流变分析和采用正电子湮灭、红外二向色性、GPC及热分析等方法对其凝聚态分子结构进行表征的基础上提出了超声辐照对聚合物熔体的降粘机理。

The molecular conformation and structure of the polymers were analyzed by positron annihilation , infrared dichroism , GPC and thermal analysis , etc.

赵忠贤和他的同事们开展的工作帮助我国在凝聚态物理学领域中崛起。CRI新闻，闵瑞（音译）报道。他只肯给予极简短的回答，例如“是”和“否”。

He would give only monosyllabic replies , such as " Yes " and " No. "

在聚合物凝聚态物理理论中，自洽平均场理论（Self-ConsistentMeanFieldTheory，SCMFT）是在平均场层次上，最为系统、最为准确的理论之一。

In condensed matter physics , the self-consistent mean field theory ( SCMFT ) is one of the most accurate and most systematic theories on the mean-field level .

BOPP薄膜的凝聚态结构

Coacervation Configuration of BOPP Film

Hartree-Fock理论和密度泛函理论（DFT）在量子化学和凝聚态科学中被广泛应用。

Hartree-Fock theory and density functional theory ( DFT ) are widely used in quantum chemistry and solid state science .

石墨烯（graphene）是一种单层碳原子蜂窝结构，因其特殊的结构和物理性质已成为凝聚态和材料研究领域的热点之一。

Graphene ( single layer of carbon atoms ) has been becoming one of the most hottest system because its special structure and the physical property .

微观IBM2的内禀凝聚态方法与~（168）Er转动能谱的计算

Intrinsic Condensate Method for Microscopic IBM 2 and Calculation of ~ ( 168 ) Er Spectrum

FTIR和XPS分析表明，在纯氮气气氛中，脂肪族酯键发生断裂，在凝聚态生成更多的苯环。

FTIR and XPS data indicated that the cleavage of aliphatic ester bonds took place mainly under pure nitrogen , and more aromatic rings remained in the condensed phase .

详细地阐述了荧光和透射XAFS实验方法在凝聚态物质局域结构研究中的应用。

Fluorescence and transmission XAFS measurements by high brilliance synchrotron radiation were described in detail .

Berry位相也是周期问题中的重要概念，其在研究很多凝聚态问题中有重要应用。

Berry phase is another important concept in the the condensed matter physics and plays an important role in various respects in condensed matter research .

在凝聚态物理学中，Kondo效应是一个非常著名和被广泛研究的现象。

The Kondo effect , studied widely in condensed matter physics , is a well-known physics phenomenon .

这种测量7Be在不同材料中衰变率变化的方法在凝聚态物理中也有重要应用前景。

The method we used may find important application in condensed matter physics .

近年来，纳米ZnO因其丰富且易控的结构形貌、奇异的物理特性而成为凝聚态物理和材料研究领域的热点。

In recent years , nano ZnO became a hotspot in the field of condensed matter physics and materials research , for its rich and easy-to-control structures and morphologies , and its fantastic properties .

XAFS在凝聚态物质研究中的应用

XAFS applications in condensed matters

LY-12铝高温凝聚态动力学性质研究&高温弹性模量的测定

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

有机小分子AO-80的凝聚态结构研究

The aggregate structure of organic small molecules AO-80 during thermal annealing

本文中，我们主要通过多重尺度并结合准离散性近似方法研究一维晶格和玻色-爱因斯坦凝聚态（BEC）中的非线性现象。

In the PhD dissertation , we study nonlinear phenomena of one-dimensional lattices and Bose-Einstein condensates ( BEC ) by using multiple-scale method combined with quasi-discreteness approximation .

借助于扫描电子显微镜（SEM）观察，示差扫描量热分析仪（DSC）分析天然淀粉、TPS及其共混物的凝聚态结构和影响因素，研究天然淀粉的塑化机理。

The morphology of native starch , TPS and its blends were analyzed through scanning electron microscope ( SEM ) and differential scanning calorimeter ( DSC ) to investigate the plasticized mechanics of the native starch .

即使是一般的凝聚态（condensed-matter）物理学家又能懂多少分子生物学呢？

After all , how much molecular biology will even the average condensed-matter physicist understand ?

Fano效应是物理学领域中一种熟为人知的效应，主要出现在光学和凝聚态物理中，来源于共振过程和非共振过程之间的量子干涉。

Fano effect is well known in optics and condensed matter communities . It arises from quantum interference between resonant and non-resonant paths .

太赫兹时域光谱（TerahertzTimeDomainSpectroscopy，THzTDS）技术作为一种新的研究手段在凝聚态、气体以及生物分子研究中有着重要的作用。

As a new approach , Terahertz Time Domain Spectroscopy ( THz-TDS ) has shown important application in several research works , such as condensed matter , gas-phase , biochemistry and so on .

更为重要的是，POSS独特的纳米笼状结构还能抑制有机半导体分子因分子间相互作用所引起的聚集荧光猝灭效应，从而提高材料在凝聚态下的发光效率。

Even more importantly , the unique nanoscale cage-shaped structure of POSS can improve the luminescence in condensed states by suppressing the concentration quenching caused by intermolecular interactions .