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微凝胶

网络microgel; microgels; MIGs

微凝胶

微凝胶

微凝胶

microgel

POLYMER - 瑞的日志 - 网易博客 ... 自组装 self assembly 微凝胶 microgel 凝胶点 gel point ...

microgels

根据凝胶的大小不同，有（宏观）凝胶和微凝胶（microgels）之分。根据凝胶对环境条件变化响应的不同，凝胶分为传统凝胶 …

MIGs

...基乙酸苯酯(NPA)水解反应具有催化活性的分子印迹微凝胶(MIGs)模拟酶.用1HNMR对Dex-MA-AP的结构进行了表征,通过紫 …

ZnP

...MMA. 用透射电镜(TEM)观察了ZnS纳米粒子在聚合物基体中的形貌. 结果表明，基体中ZnS为六方晶型. 比较了分别以含锌微 …

1

The results indicated that the PNIPAM-PEG microgel was temperature sensitive and carried anionic charge on the surface.

结果表明 N-异丙基丙烯酰胺 -聚乙二醇微凝胶具有温敏特性且表面带负电荷；

2

To prevent this from happening , the team embedded the viruses into a microgel matrix , which preserved their light-collecting abilities.

为防止此类事件发生，研究小组把病毒植入微凝胶基质，这保持了它们的聚光性能。

5

RESULTS The synthesized microgel was hydrophilic and had microporous network structure .

结果合成的微凝胶具有亲水性和微孔网络结构。

6

The microgel particles the research team have developed are like 'smart sponges ' when dispersed in water .

微凝胶体研究小组已经研究出在水中分散的类似 “漂亮的海绵 ”。

7

The present invention also describes the uses of the combination in the production of microgel .

还描述了其用于生产微凝胶体的用途。

10

The synthesis and applications of reactive microgels were also reviewed in this paper.

主要介绍了反应性微凝胶的性能、合成方法及应用。

11

As temperature increases , the induction period and oscillation period of BZ reaction decrease because the reaction rate increases.

随温度升高，BZ 反应的速率增快，微凝胶自振荡的诱导时间和振荡周期均缩短。

13

Study of Unsaturated Polyurethane Microgel Synthesis and Its Self-stable Function

不饱和聚氨酯微凝胶的制备及其自稳定作用研究

14

Application performance of a pre-crosslinking micro -gel dispersion for profile control and oil displacement

预交联聚合物微凝胶调驱剂的应用性能

15

Particle Size and Its Distribution of Acrylate Reactive Microgel Latex with Core -Shell Structure

核壳型丙烯酸酯类反应性微凝胶胶粒的粒径及分布

16

Study of microgel parameters with FAPMS numerical simulation software and their application

FAPMS 数模软件微凝胶参数研究及应用

17

Study on Colloidal Stability of Thermo-sensitive Microgel Aqueous Dispersion by Spectrophotometer

用分光光度法研究温敏微凝胶的胶体稳定性

18

Polymer Microgel Profile Control Agent and Its Core Percolation Feature

聚合物微凝胶调剖剂及其岩心渗流特征

20

Preparation and properties of high concentration acrylic microgel dispersion

高浓度丙烯酸酯类微凝胶分散液的制备及性质

21

The Adsorption Property of Temperature Sensitive Nanoparticles for Protein and Enzyme

温敏性微凝胶对蛋白质和酶的吸附性能

22

Experimental Study on the Gelling Behavior of Microgel System Flowing through Porous Media

低浓度微凝胶体系动态成胶及驱油试验

23

Experimental Study on Microscopic Mechanism of Oil Displacement by Microgel Flooding in Henan Xiaermen Oilfield

下二门油田微凝胶驱微观驱油机理实验研究

24

The Effects of Polyacrylamide Structure on the Properties of Microgel System

聚丙烯酰胺的分子结构对微凝胶体系性能的影响

25

Determination of microgel in styrene - butadiene rubber

丁苯橡胶中微凝胶的测定

26

Preparation of Aqueous Polyurethane and Microgel for UV Curing Coatings

UV 固化涂料用水性聚氨酯及微凝胶的制备

27

Control of the Viscosity of Microgel Acrylate Emulsion

微凝胶型丙烯酸酯乳液粘度的控制

28

An Experimental Study on the Combination Flooding of Polymer Slug and Micro - gel Slug

聚合物微凝胶组合驱油效果实验研究

29

A Study on Improving the Thermal Stability of Polyacrylamide Microgel

提高聚丙烯酰胺微凝胶热稳定性的研究

30

Synthesis of Reactive Micro-gels Containing Hydroxyl Group

含羟基反应性微凝胶的制备

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