1) peptize,peptizing,pentization
胶溶（作用）
2) peptization
胶溶作用
3) deflocculation
胶溶作用
4) precipitation-peptization
沉淀-胶溶(作用)
5) peptization
胶溶
1.
During the process of peptization and hydrothermal crystallization, the aggregation behavior and the resulting morphology of nanocrystalline titania (TiO2) were studied by X-ray diffraction (XRD), scanning electron microscope (SEM), and dynamic light scattering (DLS) techniques.
通过XRD、SEM和动态光散射粒度测定仪(DLS)研究了胶溶及水热晶化过程中纳米TiO2晶粒聚集行为及形貌。
2.
The A1(OH)3 sol and Al(0H)3—Zr(OH)4 sol is prepared by peptization method with A1(NO3)3 , ZrOCl2 and NH3H2O as starting materials, using A1(NO3)3 solution and Zr(OH)4 sol as peptizing agents, and the preparation process, preparation conditions and colloid structure are analyzed.
本文以Al(NO_3)_3,ZrOCl_2和氨水为原料,分别以Al(NO_3)_3溶液和Zr(OH)_4溶胶作为胶溶剂,通过胶溶法制备Al(OH)_3溶胶和Al(OH)_3—Zr(OH)_4溶胶,并对两种溶胶的制备过程,制备条件和胶团结构进行了分析。
6) peptizing
胶溶
1.
Effects of peptizing time and stirrer rotation speed on rheological characteristics of peptized pseudo-boehmite;
时间和速率对拟薄水铝石胶溶体系流变性的影响
2.
The peptizing temperature, the concentration of acids and the peptizing time have effect on the process of crystalizing and the growing up of the crystalline.
胶溶时的温度、酸浓度及胶溶时间对晶化过程和晶粒长大均有显著影
3.
A novel process for the deposition of TiO 2 at room temperature using rutile TiO 2 nanopowders synthesized by peptizing the amorphous Ti(OH) 4 in aqueous solutions was studied.
利用回流胶溶在液相中一步合成金红石型TiO2 纳米粉体 ,并采用纳米粉液相成膜新方法 ,低温下制备出纳米金红石相TiO2 薄膜 ,通过XRD、TEM及循环伏安法对TiO2 纳米粉及薄膜的性能进行了表征。
参考词条
补充资料：胶溶作用
分子式：
分子量：
CAS号：
性质：凝胶受湿度变化或加入电解质的影响，增加流动性而成溶胶的作用。冻结状态的凝胶受热会起胶溶作用而回复成溶胶。例如鱼冻和肉冻受热就回复成溶胶。沉淀状态的凝胶遇到电解质，会起胶溶作用而回复成溶胶。例如硫化镉沉淀在通入过量的硫化氢时，会回复成溶胶。
分子量：
CAS号：
性质：凝胶受湿度变化或加入电解质的影响，增加流动性而成溶胶的作用。冻结状态的凝胶受热会起胶溶作用而回复成溶胶。例如鱼冻和肉冻受热就回复成溶胶。沉淀状态的凝胶遇到电解质，会起胶溶作用而回复成溶胶。例如硫化镉沉淀在通入过量的硫化氢时，会回复成溶胶。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。