高分子科学

综述了Internet上高分子科学研究和应用相关的信息资源。

The information resources related to polymer science on the internet were collected .

超临界CO2技术在高分子科学中应用的研究进展

The applications of supercritical CO_2 in polymer science

高分子科学杂志，C辑：聚合物评论。

Journal of Macromolecular Science , Part C : Polymer Reviews .

高分子科学杂志，C辑：高分子化学与物理学评论。

Journal of Macromolecular Science , Part C : Reviews in Macromolecular Chemistry and Physics .

论文最后应用高分子科学中的MonteCarlo模拟，对玻璃化转变现象以及添加剂作用进行了模拟分析。

Monte Carlo simulation program is designed for analyzing the glass transiton phenomenon and the effect mechanism of additives .

MonteCarlo方法作为一种分子/介观尺度的模拟方法，适用于研究高分子科学中存在的不确定性问题和随机性问题。

Monte Carlo method as a molecular / mesoscopic scale simulation method has a huge application field to research uncertainty and random problems in polymer science .

DNA序列分析及配套技术的研究不仅是一门科学，更是一项高科技产业，它涉及微细加工、高分子科学、分析化学、生物工程、光学工程等多个学科领域。

Studies on DNA sequence analysis and its correlative technologies are not only a scientific branch , but also a high technology industry , which covers multi-disciplines such as microfabrication , polymer science , analytical chemistry , biological engineering , optical engineering and so on .

众所周知，在高分子科学领域研究的一个重要概念就是聚合物结构决定性能，因此设计合成具有精确结构的含POSS两亲性聚合物是深入的研究其相关性能的前提和基础。

It is well known that material properties depending on its molecular structure are the basic principle in the field of polymer science . Therefore , the design and synthesis of well defined amphiphilic POSS containing polymers are the precondition and foundation of its related properties and applications .

材料化学（高分子科学与工程）

Speciality of Material Chemistry ( Ploymer Science and Engineering )

功能弹性体是近年发展起来的新的高分子科学领域。

Functional elastomer is a new field developed recently in polymer science .

高分子科学中的玻璃化转变理论在谷物干燥及储存研究中的应用初探

Study on Applying Glass-Transition Theory to Grain Drying and Storage

21世纪高分子科学的发展动向

Several Development Orientations of Polymer Science in the 21st Century

基于高分子科学原理，对有机物合成过程中产生的粘性废料进行综合处理。

Viscous organic waste was processed based on synthesis principle .

本文综述了分形几何理论近几年在高分子科学中的应用研究进展。

This paper reviewed the recent application of fractal theory to polymer science .

高分子科学教学中的量力性原则

Principle based on students ability in Polymer Science Teaching

聚合物合金是高分子科学发展中的一个新领域。

Polymer alloy has become a new realm with the development of polymer science .

合成具有明确结构的反应性功能聚合物并研究其性能与应用，是高分子科学领域的研究热点之一。

Synthesis of well-defined reactive functional polymers is an emerging research area in polymer science .

21世纪高分子科学与工程的发展与方向

Polymer science and Engineering in 21st century

高分子科学的近期发展趋势与若干前沿

Trends and frontiers in polymer sciences

分形理论与高分子科学

Fractal theory and Polymer Science

上个世纪80年代无机刚性粒子增韧改性聚合物研究的兴起引领高分子科学工作者在聚烯烃填充改性领域做出了一系列卓有成效的工作。

In 1980 's , inorganic rigid particles toughened polymers sparking the interests of researchers in polymer science .

聚合物的设计和合成是现代高分子科学最主要的研究任务之一。

The designation and synthesis of polymers is one of the most important tasks for modern polymer science .

美国斯坦福大学高聚物化学和物理的一些前沿研究水动力色谱及其在高分子科学中的应用

New tendency in researches of high polymer chemistry and physics Hydrodynamic Chromatography and Its Applications in Polymer Chemistry

国家自然科学基金化学科学部高分子科学学科近况介绍

On the Grant Programs on Polymer Science of Department of Chemical Science of National Natural Science Foundation of China

随着科学技术的发展，活性聚合方法成为高分子科学中热门的课题之一。

With the development of science and technology , The living radical polymerization methods become popular in polymer science .

随着高分子科学的发展，高分子的性质需要更多的理论给予解释。

Summary With the progress of polymer science for much more theories the explanation of polymeric properties is sought out .

玻璃化转变理论是高分子科学中的一个重要理论。该文对玻璃化转变理论在谷物干燥及储存研究中的应用进行了初步探讨。

The prospect and preliminary study on applying glass transition theory to grain drying and storage were discussed in this paper .

蛋白质折叠的理论与模拟研究是分子生物学、高分子科学与统计物理相交叉的领域。

Theoretical and simulation research for protein folding is an interdisciplinary field between molecular biology , polymer science and statistical physics .

分子印迹技术是高分子科学、材料科学、生物学、化学工程等学科的有机集合。

Molecular imprinting technique ( MIP ) is the aggregation of macromolecule science , material science , biology and chemical engineering .

分子自组装系统是分子生物学、化学、高分子科学、材料科学与工程之间的交叉学科。

Molecular self-assembly systems lie at the interface between molecular biology , chemistry , polymer science , materials science and engineering .