水溶胶

锐钛矿型TiO2水溶胶的低温制备及其表征

Anatase TiO_2 Hydrosol : Synthesis at Low temperature and Characterization

AgI水溶胶单滴的冻结实验研究

A freezing experiment research of single droplet of AgI Hydrosol

C（60）水溶胶的反饱和吸收与光限制效应

Reverse Saturable Absorption and Optical Limiting of the C_ ( 60 ) sol

C（60）水溶胶激发态吸收截面的数值拟合

Numerical Simulation for Excited - state Absorption cross Sections of the C_ ( 6O ) - sol

纳米SiO2水溶胶的制备技术研究及应用

The Preparation Technology and the Application of Nanometer Aqueous Silicon Sol

CeO2纳米水溶胶的制备

Preparation of CeO_2 Nanoparticles Hydrosol

TiO2水溶胶对棉织物的拒水整理探讨

Water Repellent Finishing of Cotton Fabric with TiO_2 Water Sol

纳米TiO2/SiO2复合水溶胶整理纯棉有色织物

Colored cotton fabric finishing with Nano-TiO_2 / SiO_2 composite hydrosol

研究了纳米SiO2水溶胶的固液二相流成膜特性。

A nano thickness tester was used to investigate the film-forming characteristics of nanoscale SiO_2 hydrosol .

棉织物的TiO2/ZnO及掺Ag~+水溶胶抗紫外整理

Anti-ultraviolet finish of cotton fabric by TiO_2 / ZnO and Ag ~ + doped sol

TiO2/ZnO水溶胶稳定性因素探讨

Stability of TiO_2 / ZnO Water Sol

采用胶溶法制备稳定的纳米二氧化钛水溶胶，研究了pH值、胶体浓度、胶溶剂的浓度及制备温度对胶溶效果的影响。

Steady TiO2 water-sol was prepared by peptization process . The effect of pH value , concentration of colloid , concentration of peptizator and temperature on sol result was studied .

MoO3纳米粒子水溶胶的制备与光致变色性质研究

Study of Preparation and Photochromism of MoO_3 Nanoparticles Hydrosol

本论文首次采用电导率法，结合XRD、IR等分析，探讨了稳定剂在Sb2O5水溶胶中的稳定机理。

For the first time , stabilization mechanism of stabilizers in the Sb_2O_5 sol was investigated by the electric conductivity method combining the analysis of XRD andIR .

实验结果显示，硅的水溶胶对直接黑GF有着明显的固色作用和增深作用。

Experimental data showed that the aqueous silica sol had excellent fixing and darkening effects on Direct Black GF on cotton .

本论文对硅的水溶胶用于直接黑GF的固色和增深处理进行了探讨。

The fixing and darkening effects on Direct Black GF treated by aqueous silica sol were also discussed in this paper .

探讨了无机盐NaCl溶液的加入、二氧化硅水溶胶的pH值、老化温度、改性剂的量、改性时间以及改性剂的种类对疏水硅胶性能的影响。

This paper mainly discusses the effect of NaCl solution , silica sol pH value , aging temperature , modifier proportion , and modification time on the performance of the hydrophobic silica gel .

以环氧硅氧烷（KH-560）微乳液为交联剂，加入丙烯酸酯共聚无皂水溶胶中制得了交联乳液。

Microemulsion of KH-560 was used to cure soap-free acrylate copolymer hydrosol .

采用沉淀法制备了AgI纳米粒子水溶胶，对制备水溶胶的条件进行了系统的研究。

AgI hydrosol was prepared by the precipitation method and the effect factors on hydrosol were discussed systematically .

TiO2水溶胶整理后的纯棉织物还具有一定的疏水性，水滴在其表面的润湿时间超过1小时，耐水压值达到19.7厘米水柱。

The cotton textile which is treated with TiO2 sol film also shows a good performance of water-resistance . Its osmotic pressure reached 19.7 centimeter water column .

用红外光谱法和差热分析法研究了热固性丙烯酸酯无皂水溶胶与六甲氧基甲基三聚氰胺（HMMM）的固化过程。

The curing behaviour of the soap-free hydrosol containing curing agent HMMM was studied by IR and DTA .

使用5种分散剂，SiO2水溶胶为磨料、H2O2为氧化剂，分别进行抛光实验。

The polishing experiments were presented respectively , in which 5 kinds of dispersants were used , a silica sol was used as the abrasive and H2O2 was used as the oxidizer .

以高浓度纳米SiO2水溶胶为磨料，H2O2为氧化剂的碱性抛光液，研究了适用于终抛铜/钽的CMP抛光液。

Based on alkaline slurry that used high concentration nanometer silica gel as abrasive and hydrogen peroxide as oxidant , a kind of slurry that fits in Cu / Ta CMP is studied .

然而，HAP纳米粒子水溶胶的分散稳定性很差，HAP纳米粒子水溶胶放置一段时间后就有沉淀形成，这就是纳米粒子的团聚从而导致HAP纳米水溶胶形成不均一的悬浮液。

Its colloidal dispersion stability , however , is poor because HAP nanoparticles exhibit sediment formation on standing at short time periods , where agglomerates form and lead to non-homogeneous suspensions .

丙烯酸酯共聚物水溶胶／HDI齐聚物室温固化体系的固化过程认为是：共聚物侧链上的羟基和HDI齐聚物上的NCO基团进行反应，形成交联网络。

Room-temperature curing process was studied for the system of water-solubilized colloidal dispersion / HDI oligomer . It was found that the hydroxyl groups reacted with NCO , forming crosslinking network .

结果表明：不同配方AgI水溶胶的颗粒谱分布略有差别，但同一配方不同浓度的AgI水溶胶的颗粒谱分布几乎没有差别。

The results show : there is a little difference in the particulate spectrum of AgI hydrosol between various prescriptions , however , almost no difference has been detected in the same prescription .

采用胶溶法合成了纳米CeO2水溶胶，探讨了合成CeO2水溶胶的最佳实验条件，研究了pH值、反应物浓度、水浴温度对胶溶过程的影响。

CeO 2 nanoparticles hydrosol was synthesized by colloidal chemical method . The optimum experiment conditions for the preparation of CeO 2 nanoparticles hydrosol were discussed . The effects of pH values , the reactant concentration and temperature on peptization process were studied .

结果表明，水溶胶、HDI齐聚物的流动指数n近似于1，属牛顿型流体，而水溶胶＼HDI齐聚物交联体系的n＜1，属非牛顿型流体，并且具有触变性。

It was found that n was nearly equal to 1 for water solubilized colloidal dispersion and HDI oligomer , showing Newtonian fluid , while n was less than 0.9 for their crosslinking systems showing non Newtonian fluid . The crosslinking systems appeared the thixotropy as well .

介绍了丙烯酸酯共聚无皂水溶胶的室温交联剂&环氧硅氧烷（KH560）的乳化方法。

An epoxy silane , a new kind of ambient temperature crosslinker for acrylate copolymer soap-free hydrosol is introduced .

若取不同配方、不同浓度的九种AgI水溶胶样品的平均谱分布，则直径大于0.05μ的粒子占总粒子数的3%。

We taek the average spectral distribution of samples from 9 AgI hydrosol of different prescriptions and concentrations , particles of a diameter larger than 0.05 μ have been found to account for 3 % of total particles .