分散体系

在十二烷基磺酸钠分散体系中制备超细Fe3O4

The preparation of super thin Fe_3O_4 in the disperse system of sodium dodecyl benzene sulfonate

HEC-TCP复合分散体系在悬浮聚合法制备EPS珠粒中的应用研究

Study on HEC-TCP binary disperse system in free radical suspension polymerization for preparing expandable polystyrene

pH值对MMH-高岭土分散体系电动电势的影响

Effect of pH on the zeta potential of MMH-kaolinite suspentions

胶体分散体系与有序分子组合体的小角X射线散射研究

Small Angle X-Ray Scattering Studies on Colloid Dispersive Systems and Organized Molecular Assemblies

改变聚合分散体系提高PVC树脂的吸油率

Change dispersion system of polymerization and improve oil absorption rate of PVC

新型四元复合分散体系悬浮聚合PVC树脂&颗粒特性与加工流变性能研究

Suspension PVC resins with novel four unit dispersing agent system : Study on particle character and rheological property

随着pH值的增大，ζ电位的绝对值变大，分散体系越稳定。

Along with the increasing of pH value , the absolute value of potential became greater , the dispersive system was more stable .

SiO2纳米水分散体系的制备及在电镀中的初步应用

Preparation of nano-scale SiO_2 aqueous dispersion and its elementary application in electroplating

低固相含量SiO2分散体系流变性研究

Study on the Rheological Behavior of SiO_2 Dispersions with Low Volume Fraction

纳米Fe3O4/聚苯乙烯均匀分散体系的制备及结构

Preparation and Structure of Fe_3O_4 Nanoparticle-polystyrene Uniformly Dispersed System

纳米TiO2水分散体系稳定性的研究

Research on the stability of nano TiO_2 in the system of water dispersion

分散体系的流变性能很大程度上取决于SiO2颗粒的表面性质，本文旨在研究超细SiO2表面改性对其分散体系流变性能的影响，为其应用提供实验依据。

The rheological properties of suspension are determined by silica surface nature to some degree .

实验结果表明，所研究的两种溶胶以及五种MMH-高岭土分散体系的电动电势均随pH值的升高而降低，就pH值对分散体系电动电势的影响机理进行了初步探讨。

The results showed that the zeta potential of all systems studied decreased with increasing of pH. And the mechanism of the effect was discussed .

超细SiO2水分散体系制备的影响因素及表征手段

Factors Influencing the Preparation of Ultrafine SiO_2 Aqueous Dispersion System and Characterization Means

SiO2粗分散体系稳定性的研究

A study of the stability of sio_2 coarse dispersion

纳米Fe3O4磁性粒子合成过程中分散体系的影响

Effect of Dispersion on Preparation of Nano-Fe_3O_4 Particles

纳米TiO2水基分散体系的制备与性能研究

Preparation and Properties of Nano-tio Aqueous Dispersing System

电泳光散射法检测分散体系的Zeta电位。

Zeta potential of the dispersoid was determined with electrophoretic light-scattering method .

LDH纳米粒子水热合成、固液界面自组装及其分散体系的相行为

Hydrothermal Synthesis , Self-assembly on Solid / Water Interface and Phase Behavior of Suspensions of LDH Nanoparticles

PP/纳米CaCO3分散体系的研究

Study of Dispersants for PP / nano CaCO 3 Blend

由此求出不同浓度和pH值时胶态分散体系Zeta电势值.本课题通过界面张力测定，研究驱油体系的界面特性；

The zeta potential in the system was measured and calculated by means of interfacial migration . by the determination of interfacial tension ;

水分散体系中由BPO或KPS引发的苯乙烯反向原子转移自由基聚合

Reverse atom transfer radical emulsion polymerization of styrene initiated by BPO or KPS

欲使颜料分散体系有最好的稳定性，对分散剂的HLB值有一定的要求。

The HLB values of the dispersants have great influence on the stabilization of the systems .

水相界面张力对丙烯酸酯－聚氨酯油相形成的分散体系影响较大，当其界面张力大于69.5×10－3N／m时，分散稳定性好。

Dispersion stability was good when the interface tension of water phase was more than 69.5 mN / cm .

研究了由聚合物表面接枝改性炭黑和氯化钾水溶液组成的分散体系中炭黑粒子表面zeta电位的变化。

The surface zeta electric potential of carbon black particles modified with surface grafting polymer and KCl aqueous solution system was investigated .

最近人们发现一种新的环境敏感型Pickering乳液，即通过简单调节分散体系pH、离子强度或者温度就能够调控乳液类型。

Recently , a new simple method has been developed to control phase inversion of emulsions by adjusting dispersion pH , ion strength and temperature .

生产PVC树脂常用的分散体系为PVA、HPMC、LL-02三元复合分散体系。

The dispersing system frequently used in the production of PVC was PVA , HPMC and LL-02 ternary complex system .

试验结果表明：纳米炭黑分散体系对经过改性剂EP处理的聚酯纤维具有较高的上染性，且与分散染料有较好的染色相容性。

The results showed that nano carbon black dispersoid had high dye-uptake on polyester fiber modified by reagent EP in advance and good compatibility with disperse dye .

用自旋捕捉技术与ESR相结合的方法研究了脂二胺在ZnO、TiO2的庚烷或苯的分散体系中光诱导的电子转移过程。

Photoinduced electron transfer reactions between alkyl diamines and ZnO , TiO2 dispersions in heptane or benzene solution were studied with the combination of ESR spectroscopy and spin trapping technique .

对实验产物相关性能指标的测试和对比分析表明，HEC-TCP复合分散体系能有效地提高EPS珠粒的品质。

The results showed that the HEC-TCP binary disperse system could improve the character of EPS bead .