core shell

The effect of core shell structure on properties of latex was described .

讨论了粒子核壳结构对乳液性能的影响，如最低成膜温度，核壳结构在热处理后机械、光学性能的变化。

Study on polyacrylate emulsion of the core shell structure

聚丙烯酸酯核壳乳液的制备及研究

The applications and principle of the core shell structure polymer in the sensitive material have been introduced .

并对它在感光材料防粘连的原理及其应用方面进行了介绍。

Synthesis of reactive polymer microgel with core shell structure

核壳结构反应性聚合物微凝胶的合成

Toughening Polypropylene by Core Shell Particles ⅰ . Reactive Blending

核壳胶粒增韧改性聚丙烯研究Ⅰ.反应共混

As last , the core shell particles were applied into polycarbonate ( PC ) .

综述了近几年聚硅氧烷核壳粒子的研究进展。

Study on the Friction Property of PSt / PMMA Core Shell Composite Latexes

PSt/PMMA核-壳型复合乳液的摩擦学性能

Synthesis and Photoluminescent Properties of CdS / SiO_2 Nanorod Core Shell Structure

CdS/SiO2纳米棒核/壳结构的制备和发光性能

According to the microstructure , the microgels could be classified into homogeneous type and core shell type .

迄今凝胶微粒按微观结构可分为均质型和核-壳型两大类。

The emulsion of inverted core shell structure has a potential use as an adhesive for degradable food container .

这种反向核壳结构的乳液适用于可降解餐具的粘接。

Study on VAC-MMA-AA-AN Core shell Copolymer Emulsion Adhesive

AC-MMA-AA-AN四元核壳共聚乳液黏合剂的研究

A kind of rigid polymer microsphere with core shell structure was synthesized by multi step composite emulsion polymerization technique .

通过多步复合乳液聚合方法合成了一种具有核壳结构的刚性聚合物微球。

Toughening of r-pvc / cpe blend by PMMA basic core shell rigid organic filler

PMMA基核-壳型有机刚性粒子增韧改性R-PVC/CPE韧性体

Taper wall core shell The conical configuration of the appendix makes obstruction of the lumen unlikely .

阑尾呈圆锥形，不易造成腔内梗阻。

Study on Synthesis and properties of ACR resin with multi layer core shell construction ⅲ . the constructions and properties of ACR resin

多层核壳结构ACR树脂的合成与性能研究Ⅲ.ACR树脂的结构与性能

The main dam of Qingfengling reservoir is designed as core shell sand dam , and some problems caused by construction material exist here .

青峰岭水库主坝为宽心墙砂壳坝，存在着由于筑坝材料引起的坝体质量问题。

Preparation of a core shell PtRu @ Pt / C Catalysts and its catalysis for the anodic oxidation of methanol

核壳结构Pd@PtRu/C催化剂的制备及其对甲醇阳极阳极氧化的催化作用

On the basis of the previous paper , the impact fracture behavior of the reactive blends of core shell particles and polypropylene was farther investigated .

用扫描电子显微方法研究了核壳胶粒与聚丙烯（PP）反应共混物试样的冲击断裂行为。

The results show that , core shell impact modifier can act as nucleation agent , which can increase the crystallinity of nylon 11 blend alloy .

实验结果显示，核-壳冲击改性剂具有成核剂的作用，有助于共混体系结晶度的提高。

Introduction of water soluble monomer MAA or AA or molecular weight modifier is favourable to the increase of storage stability of core shell emulsion .

水溶性单体MAA和AA或分子量调节剂的引入有利于核壳乳液贮存稳定性的提高。

ACR ( PBA / PSt / PMMA ) resin with multi layer core shell construction was synthesized by multi stage emulsion polymerization .

采用多步乳液聚合方法合成多层核壳结构的ACR（PBA/PS/PMMA）树脂。

It was shown that the addition of functional monomer methyl acrylic acid could not only improve emulsion stability but also be advantageous to formation of regular core shell structure .

结果表明：加入甲基丙烯酸有利于胶粒的稳定和形成规则的核壳胶粒。半连续加料不会形成完全反转的核壳结构，但是，核层在反应过程中由于聚合物簇的迁移会造成形变。

Surface Modifications of Carbon Materials Used as Anode of Lithium Ion Battery ⅱ . The Carbon Material with Core Shell Structure and Its Positive Effect on Cell Performance of Graphite Anode

锂离子电池负极碳材料的表面改性与修饰Ⅱ.具有核壳结构的碳及其对电池性能的影响

The core shell Y 2O 3 : Eu 3 + / polystyrene particles were prepared by surface modification with citric acid , followed by emulsion polymerization of styrene .

采用柠檬酸表面修饰Y2O3：Eu3+颗粒，苯乙烯乳液聚合的方法，制备出核-壳型的Y2O3：Eu3+/聚苯乙烯颗粒。

S In this research work , high performances MBS resin was synthesized by latex interpenetrating polymer network , which had perfect " core shell " structure and excellent compatibility with PVC .

采用胶乳型互穿网络制备出了性能优异的MBS树脂，产品在亚微观形态上具有完美的核&壳结构，并与PVC具有极好的相容性。

While the other kind of particles were nano TiO 2 / polymer composite emulsion particles of core shell structure , with nano TiO 2 as core and organic polymer as shell .

另一种是以纳米TiO2为核、有机聚合物为壳的纳米TiO2/聚合物复合结构乳胶粒子。

The toughness and reinforcement of R PNC / CPE and the influence of its processing rheological property by modification with PMMA basic core shell rigid organic filler particularly characterized were investigated .

探讨了经过特殊表征的有机刚性粒子&PMMA基核－壳型有机刚性粒子（core－shelrigidorganicfiler）对R－PVC／CPE体系的增韧和增强作用及其对加工流变性的影响。

The comparison of prepolymer dispersing with inverted core shell method shows that the appearance of dispersion prepared by the former is clearer and the viscosity of that lower than by the later .

用预聚物分散法制得的PUA水分散液外观较清澈，其粘度低于核壳反转法制得的分散液。

TEM studies showed that the composite particles had a clear core shell structure , P ( BA EHA ) uniformly dispersed in PVC matrix , the interface between the two phases was indistinct .

TEM照片显示，复合胶乳粒子具有清晰的核壳结构；P（BAEHA）非常均匀地分散在PVC中，两相界面模糊。

These methods are modifications of mechanical force chemistry , polymer coating , desulphurization , grafting or interpenetrating polymer networks , gases , core shell , physics radiation and sulphonating and so on .

这些方法主要有机械力化学法、聚合物涂层法、再生脱硫法、接枝或互穿聚合物网络法、气体改性法、核/壳改性法、物理辐射和磺化法等。