高分子分散剂

采用微波加热技术和添加高分子分散剂，通过sol-gel法制备BST纳米粉体，再将纳米粉分散于BST溶胶中，通过分步甩胶工艺，制备BST陶瓷膜。

A modified method is introduced to prepare BST ceramic powder by sol-gel method using microwave radiation and polymer dispersant . Then the powder was dispersed into the BST sol-gel solution to fabricate the BST ceramic films with the spin-coating method .

通过添加高分子分散剂配制Cr3C2-25%NiCr料浆，喷雾干燥制备出高球形化的Cr3C2-25%NiCr复合粉末。

In this research , the spherical shape composite powder was prepared with spray drying through adding a type of high polymer dispersant in Cr_3C_2-25 % NiCr slurry .

研究pH值、不同离子性的表面活性剂和高分子分散剂聚乙烯吡咯烷酮对纳米二氧化钛水分散体系稳定性的影响。

Stability of nano titanium dioxide in water-based disperse system , as well as factors of pH value , various surfactants with different ions and high molecular dispersant polyvinyl pyrrolidone on the stability of disperse system are discussed .

阴离子型高分子分散剂PAAM/COB的合成及应用

Synthesis and Application of PAAM / COB as Anionic Polymeric Dispersant

颜料水性分散体系用高分子分散剂的合成与表征

Synthesis and features of macromolecular dispersant for aqueous dispersions of pigments

用于颜料水性分散体系的高分子分散剂研究分散水相，水分散体，水分散液

Study on Polymeric Dispersants for Water-based Pigment Dispersions ; aqueous dispersion

高分子分散剂在抗静电涂料中的应用研究

Study on Application of Polymeric Dispersing Agents in Antistatic Coatings

水性体系颜料用高分子分散剂的研究

Research on Polymer Dispersing Agents for Pigments in Aqueous System

新型陶瓷用高分子分散剂的制备及结构与性能研究

Preparation an relationships between the structure of novel ceramic dispersants

阳离子型高分子分散剂的制备及应用研究

Preparation of Cationic Polymeric Dispersant and Study on Its Application

不同类型高分子分散剂对颜料黄14分散性能的研究

Influence of different types of polymer dispersants on the dispersibility of pigment yellow 14

水性涂料用高分子分散剂的开发

Development of High Molecular Dispersant for Water-borne Coatings

聚合物水分散体包衣技术及其应用用于颜料水性分散体系的高分子分散剂研究

Coating process based on aqueous polymeric dispersion Study on Polymeric Dispersants for Water-based Pigment Dispersions

通过改变三种单体的配比、引发剂用量等反应条件，研究了该高分子分散剂在超细有机颜料水性体系中的作用。

Also , the application conditions of polymeric dispersant in ultra-fine pigment aqueous system were investigated in details .

研究了高分子分散剂及低温处理在制备无团聚超细氧化锆粉末中的作用。

The effects of macromolecular dispersant and subzero treatment on the preparation of ultrafine non agglomerative zirconia powders have been studied .

研究结果表明：高分子分散剂能够很好的调解料浆性能，使喷雾干燥粉末具有良好的物性。

The result indicates that the better physical properties of spray dried powder is obtained through high polymer disperser conciliated slurry .

采用丙三醇作为还原剂，加入有机高分子分散剂0.5%~1.0%，在碱性环境介质下，将AgNO3还原制备纳米银粉。

The nanometer silver powder is prepared from AgNO_3 reduced by glycerine at basic environment with 0.5 % ~ 1 % dispersant .

聚羧酸系高分子分散剂是一种环保型的分散剂，由于碳链长、活性吸附点多、空间位阻作用稳定以及可供选择的单体种类多等优点，越来越受到人们的关注。

The polycarboxylate polymer is an environment-friendly dispersant , which is the carbon chain length , activated adsorption points , steric stabilization and more types of monomer to choose .

以有机磷螯合剂、有机高分子分散剂、杀菌灭藻剂、渗透剂、脱氯剂和脱氯催化剂为基础，获得了一个反渗透系统专用复合添加剂MZ-1010。

From organic phosphorus chelating agents , organic high molecular dispersant , germicide , penetrant , inorganic reducing agent and a transition metal catalyst , a composite chemical used in reverse osmotic system is worked out .

高分子络合分散剂的合成及性能测试

Synthesis and performance test of macromolecular complexing-dispersing agent

研究了嵌段型高分子颜料分散剂的合成及其在炭黑分散体系中的分散稳定作用。

The synthesis of block copolymer dispersant and its action of dispersing and stabilizing in carbon black dispersed system was investigated .

研究了SL型聚合（高分子）电解质分散剂对含石墨掺杂高岭土粉体的胶体稳定性影响。

The effects of skip liquid ( SL ) polyelectrolyte dispersant on the colloidal stabilization have been investigated in kaolin powders containing a certain amount of graphite .

结果表明，高分子嵌段分散剂在炭黑分散体系中能明显改善分散稳定性。

It was shown that block copolymer dispersant could remarkably improve the stability of dispersion in carbon black dispersed system .

高分子量无灰分散剂工业试生产

The industrial trial of high molecular weight ashless dispersant

高分子量聚合物型分散剂是本身可成膜的高聚物，与传统的润湿剂相比具有高耐水性和耐皂化性。

HMW-Polymeric Dispersing Agents are film-forming polymers with a high resistance to water and saponification , this in contrast to conventional Wetting Agents .