凝聚态结构

压力对尼龙1010凝聚态结构的影响

The influence of pressure on the condensed structure of nylon 1010

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

BOPP薄膜的凝聚态结构

Coacervation Configuration of BOPP Film

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

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 .

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

振动注射对PP/LLDPE性能及凝聚态结构影响

Study on Morphology Structure and Properties of PP / LLDPE Blend in Vibration Injection Molding

振动注塑对IPP/HDPE共混物力学性能和凝聚态结构的影响

Effects of vibration injection on mechanical properties and morphology structure of ipp / hdpe Composites

导电聚合物聚苯胺的研究进展&Ⅰ.合成、链结构和凝聚态结构

Progress in polyaniline as a novel conducting polymer ⅰ . synthesis , chain and condensed-state structure

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

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

聚合物熔体在振动场中注塑行为和试样性能与凝聚态结构的研究

Study of Injection Behavior of Polymer Melt and Properties and Morphology of Specimen under Vibration Injection Molding

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。

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

这种优先插层行为会影响共混物的相行为和凝聚态结构，进而影响复合材料的宏观性能。

The behavior of clay may play a significant role in the phase morphology and aggregate structure of polymer blends , and thereby influences the final performance of the composites .

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。

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 .

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。

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 .

本论文旨在开发新一类高性能的有机单层光电导体，探索其凝聚态结构与光电导性能之间的关系，丰富有机半导体理论体系。

In the thesis , we aim to design a new kind of single-layered photoconductor with high performance , to study the relationship between aggregate state structure and photoconductivity , and to enrich organic semiconductive theory system .

光电功能器件的性能表现为激发态载流子的产生、解离和传输行为，复合材料的凝聚态结构对其激发态性能有着至关重要的影响。

The performance of optoelectronic functional devices mainly exhibits as the generation , separation of excited charge carriers and the followed transportation of free charge carriers . The aggregation state of organic composite materials plays a vital role in determining the device performance .

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.

极端条件下（如极低温、强磁场、高压等）凝聚态物质结构和性质的研究，已成为当今物理学、材料学和信息科学关注的热点。

Structures and properties of condensed matter at extreme conditions have become one main focus in modern physics , materials science and information science .

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 .