potassium silicate

This article has discussed the influence of various silica sols , potassium silicate , and alkoxy silane , and reaction temperature , time and agitation speed on the preparation of high mole ratio potassium silicate .

研究了不同硅溶胶、硅酸钾和烷氧基硅烷对高模数硅酸钾制备的影响；探讨了温度、时间和搅拌速度对高模数硅酸钾制备的影响；

Experimental study of potassium silicate drilling fluid system

硅酸钾钻井液体系的实验研究

Raman spectroscopic analysis for the structure of binary potassium silicate glasses

二元钾硅酸盐玻璃结构的Raman光谱分析

Study on treatment of ZnO by potassium silicate

硅酸钾保护处理氧化锌填料的研究

Preparation of High Mole Ratio Potassium Silicate and Its Zinc-Rich Coatings

高模数硅酸钾及其富锌涂料的制备

Potassium silicate based zinc-rich coatings are widely used for the corrosion protection of steel .

硅酸钾富锌涂料是目前广泛使用的钢铁防腐蚀涂料。

Impact of modulus and concentration of potassium silicate material on consolidating earthen architecture sites in Arid Region

PS材料模数、浓度对干旱区土建筑遗址加固效果的影响

Hydrated Potassium Silicate by 300 ℃ Autoclave Reaction

300℃蒸压反应形成的水化硅酸钾

Optimizing gelled-electrolyte batteries by using potassium silicate

硅胶电解质的优选&硅酸钾用于胶体蓄电池的实践

The high modulus potassium silicate solution as the binder of the coatings shows great influence on the performance of liquid coatings and coatings film .

作为涂料粘结剂的高模数硅酸钾溶液对涂料和涂层的性能有重要影响。

The calcium source adopted was the alcohol dispersion of calcium hydroxide and the silicon source adopted was the solution of potassium silicate .

其中钙源为氧化钙或氢氧化钙的醇分散体系，硅源为硅酸钾水溶液。

The formulation of high mole ratio potassium silicate zinc-rich coatings is given , which is compared to the similar products abroad in terms of its performance .

进行了高模数硅酸钾富锌涂料的配方实验，并与国外样品的性能进行了比较。

Using potassium silicate as silicon source , formamide as catalyst , a series of silica xerogel monolithic columns with different consistencies were prepared .

以硅酸钾为硅源，甲酰胺为催化剂在毛细管内原位聚合形成干凝胶柱，制备了一系列致密度不同的整体柱。

The composition , characteristics , anticorrosive mechanism and application of water borne zinc-rich inorganic coatings prepared by potassium silicate with high molar ratio and zinc powder were reviewed .

概述了由高摩尔比的硅酸钾和锌粉制成的水性无机富锌涂料的组成、性能、防腐机理和应用。

After repeated comparisons and experiments , scientists have at last chosen the high-modulus potassium silicate , or PS , as the ideal sand fixing agent .

经过反复比较实验，科学家们终于选定了高模数硅酸钾，即PS，为最理想的固沙剂。

Two kinds of aqueous nanometer silica dispersions were prepared by adding silica sols with different sizes into potassium silicate according to the mass ratios calculated from the closely packed model of particles .

将不同粒径硅溶胶按数学模型计算的比例加入到钾水玻璃中，复配制备了不同纳米二氧化硅水分散体。

As a new type of inorganic reinforced material , potassium silicate ( PS ) can greatly improve the mechanical strength and the ability of anti-wind erosion of earthen ruins soil after being reinforced .

PS材料对西北干旱区土遗址具有良好的加固效果，能够大大提高遗址土体的力学强度和抗风蚀能力。

Raman spectra of series glasses and crystals of binary potassium silicate were measured by a newly constructed Raman spectrometer coupled with space and accumulated time resolved technique . Raman active vibration modes of microstructure ( units ) with changed SiO_ ( 2 ) contents were compared and elucidated .

用带空间分辨和累积时间分辨耦合系统的Raman光谱仪，测定了二元钾硅酸盐K2O·xSiO2玻璃及晶体的Raman光谱，比较并解释了随SiO2含量变化的微结构单元Raman振动模。

A Raman Spectroscopy Study of the Structure of Potassium Aluminum Silicate Melt

钾铝硅酸盐熔体结构的Raman光谱研究

The synthetic method of potassium methyl silicate and its application in oil-well drilling were investigated .

研究了甲基硅酸钾的合成方法及其在油田钻井中的应用。

The application of potassium methyl silicate in oil-well drilling

甲基硅酸钾在油田钻井中的应用

A white or gray mineral of potassium aluminum silicate , KAlSi2O6 .

白榴石一种白色或灰色的钾铝硅酸盐矿物。

Determination of silica in ores with COLD-LEACHING by potassium fluoro silicate titrimetric method

冷浸&氟硅酸钾法测定矿石中的二氧化硅

Effects of potassium release of silicate bacterium fertilizer and its field experiment

硅酸盐菌剂的解钾作用及田间施用效果研究

A comprehensive review of the mechanism of potassium releasing by silicate bacteria

硅酸盐细菌解钾作用机理的综合效应

Studies on releasing potassium and phosphate by silicate bacteria are more , but the study on the soil silicon-dissolving capacity of the bacteria is not reported .

目前关于此类细菌解钾、溶磷的研究报道较多，而对其活化土壤硅的效能研究较为少见。

In the second bioleaching , the potassium ions concentration could reach 0.69 % , 1.17 % , 1.49 % . So the extraction potassium ability of silicate bacteria was increased by two fold as before .

而第二次驯化硅酸盐细菌浸出时在同样条件下水溶性钾离子平均浸出率分别为0.69%、1.17%、1.49%，驯化后细菌浸出比未驯化细菌浸出时细菌解钾能力提高了2倍以上。