linear polymers

Star-shaped polymers are the simplest non linear polymers .

星型聚合物是最简单的一类非线型聚合物。

Star polymers are different from linear polymers . Their synthesis , structure and functionality have become a research focus in polymer field .

星形聚合物具有不同于线型聚合物的特殊的性质，其合成、结构以及功能研究都是高分子科学领域中的热点问题。

An alternative deductive method for molecular weight distribution function of linear polymers

线型高聚物分子量分布函数的另一种推导方法

The Relationship between the Intermolecular Force and the Friction Coefficient for Some Linear Polymers

某些线型塑料的摩擦系数与分子间作用力的关系

Electronic Spectrum and Wave Functions of Linear Polymers with Quasiperiodicity

准周期链状聚合物电子谱及特征

Preparation and Study on the Encapsulation Properties of Amphiphilic Hyperbranched and Linear Polymers

两亲性超支化和线形聚合物的制备及其包裹性能的研究

Development of dendritic polymers / linear polymers blends

树枝形聚合物/线性聚合物共混的研究进展

The linear polymers containing the tertiary amine in the main chain and side chains display low fluorescence .

主链中和侧链中含有叔胺的线形聚合物荧光较弱。

Besides , the linear polymers with the tertiary amine groups at the main or side chains display low fluorescence efficiency .

另外，环状脂肪族叔胺在主链和侧链的线形聚合物的荧光效率均较低。

The scaling exponents are much smaller than that of linear polymers for both short chains and long chains .

无论是长链还是短链，其标度指数在数值上都比线型高分子的结果要小。

The dispersed phase particle sizes of linear polymers and bulk rubbers lie with the processing condition to a great extent .

线性聚合物或本体橡胶共混后的粒子尺寸在很大程度上依赖加工条件。

Their structural characteristics are highly branched . As compared with traditional linear polymers , dendrimers have good solubility and low viscosity .

树枝状大分子是上世纪中期开发的一类具有三维结构的合成高分子，其结构特点是高度支化，与传统线型聚合物相比，具有良好的溶解性和较低的黏度。

Abstract IPN is prepared by two linear polymers crosslinking and has been used in many fields , especially improving auto coating performances .

互穿聚合物网络（IPN）是由二种线型聚合物交联而成，已在许多领域获得应用，尤其用其提高汽车涂层的性能效果好。

Therefore they also has the characteristic which many linear polymers do not have : good hydromechanics performance , unique viscosity behavior , multi-purpose and good solubility .

因此它也就拥有许多线型聚合物所不具备的性能特点：良好的流体力学性能、独特的粘度行为、多功能性、较好的溶解性等。

Certain linear polymers , referred to as thermosetting , contain groups which , when heated , react to give cross-linked polymers .

一些被称为热固型聚合物的线型聚合物，含有一些基团，当被加热时就反应得到交联聚合物。

Polyphosphazenes was linear polymers containing an inorganic backbone formed by alternating phosphorus and nitrogen atoms , each phosphorus bearing two side substituents .

聚膦腈是主链上以磷氮原子单双键交替排列，磷原子上连接有两个取代基的一类线性无机聚合物。

The polycondensation of linear polymers , based on type AB monomers , was simulated using the dynamic Monte Carlo method with the bond-fluctuation lattice model .

采用描述自回避格子链的键长涨落模型，以动态MonteCarlo方法对AB型单体的线型缩聚反应动力学过程进行了模拟。

Recently , much interest has been aroused in the research of dendritic star copolymers because they have the properties of both linear polymers and dendritic polymers .

超支化多臂星型嵌段共聚物同时拥有线形聚合物以及超支化聚合物的性质，近年来对于它们的研究发展得很快。

The methods of syntheses , characteristics , and applications of polyNIPAAm linear polymers , hydrogels and grafting polymers are described in detail , respectively .

对线型、水凝胶及基材接枝聚合物的制备方法、性质及应用研究几个方面进行了较为全面的详述。

If the low molecular weight units making up the macromolecule are bonded end-to-end in a long chain and no covalent chemical bonds exist between the chains , the macromolecules are called linear polymers .

如果组成大分子的这些低分子量的单元以尾-尾相接的方式彼此连接成一个长链，并且链间无共价的化学键存在，这样的大分子被称为线型聚合物。

Fluorescent Conjugated Polymers ( FCPs ) are one of π - conjugated linear polymers . They have gained more attention in recent years , and have been widely applied in fluorescent sensing fields because of their unique properties .

荧光共轭聚合物（FluorescentConjugatedPolymers，FCPs）是近年来倍受关注的一类具有π-π共轭电子结构的线性高分子聚合物，其独特的光电性能使得它们在荧光传感方面得到了广泛的应用。

Through photo-emulsion polymerization , this study synthesizes the thermo-sensitive core-shell structured nano-particle & polymer brush . Use polystyrene as the core and linear polymers intensely attached to the core by chemical bonding like brushes .

本文利用光乳液聚合的方法合成了具有温敏性的核-壳型纳米球形聚合物刷。

In the present paper , we have extended the CNDO / 2-CO method to perform calculations on linear polymers containing transition metal atoms . The formulas for additional matrix elements are derived and programmed for the electronic structure calculations on polymetal sandwich compounds .

本文将CNDO/2&CO方法扩展到含过渡金属原子线性高聚物的计算，推导了新增的矩阵元计算公式，并根据公式实现了程序化，得到适合金属夹心高聚物电子结构计算的程序。

Importing mesogenic units of new types into main-chain , composing various novel side-chain liquid crystalline polymers ( LCPs ), and analyzing their new and promising properties with respect to those of traditional linear polymers , are becoming front problems in the research field of LCPs .

将新型结构的液晶基元引入主链，合成各种各样的新型侧链液晶聚合物，分析它们不同于传统线性高分子的优良性能，正成为液晶高分子研究领域的前沿课题。

Two structure-property relationship models were made by fuzzy set theory for linear chain polymers .

将模糊集理论方法用于直链聚合物的结构性质关系建模，构造了两个模型。

Molecular weight distribution of linear condensation polymers

线型缩聚物的分子量分布麦克斯韦频率分布的物理意义初探

Structure-property relationship modeling for linear chain polymers by artificial neu - ral networks

直链聚合物的结构性质关系的人工神经网络建模

Melting point , hydrophilic properties , degradability of PBS and other linear aliphatic polymers were analyzed .

2分析了PBS与其他线性脂肪族聚酯熔点、亲水性与降解性的关系。

From the above , mechanism of degradation of PBS-based linear aliphatic polymers and PBS / PET blends was discussed .

对PBS为基础的线性脂肪族聚合物和PBS/PET共混物降解机理进行了进一步的探讨。

Cyclic topological polymers including single and multiple cyclic polymers have gained growing interest due to their unique properties unlike branched and linear topological polymers .

环状聚合物包括单环和多环聚合物，是一类具有特殊拓扑结构的聚合物，具有不同于支化聚合物的特殊性质，引起了人们广泛的关注。