煅烧高岭土

本文以煅烧高岭土、铝粉、硫酸铝作为防水剂的组份，研究了它们对水泥水化及混凝土的抗渗性的影响。

The calcined kaolin , aluminium powders and aluminum sulfate were used as components of water-repellent agent , which effects on cement hydration and concrete impermeability were discussed in this paper .

结合煅烧高岭土对水泥强度的影响，考虑到节约能源，以采用980℃恒温0.5h然后快速冷却的方法作为最佳煅烧温度与时间。

Considering energy conservation and effects of calcined kaolin on the strength of cement , it was optimum method to produce calcined kaolin by calcining it at 980 C for 0.5h and then cooling it suddenly .

煅烧高岭土制备X型纳米沸石分子筛试验研究

An experimental research on the preparation of nano-meter x-zeolite with calcined kaolin

改性煅烧高岭土对EPDM性能的影响

Influence of modified calcinated kaolin on properties of EPDM

本报告的第一部分的研究目的是研究煅烧高岭土和漂白高岭土表面有机改性的较佳工艺条件和它们在PVC塑料／电缆料中的应用。

The objective of the thesis 's part 1 is developing the application of surface treated kaolin as modifier into PVC cable sheath .

本文用微波法煅烧高岭土并合成4A沸石。

The calcination of Kaolinite and synthesis of4A Zeolite with microwave method have been investigated .

采用硅烷偶联剂对煅烧高岭土进行表面改性，研究硅烷偶联剂品种和用量对煅烧高岭土填充EPDM胶料性能的影响。

The surface of calcinated kaolin was modified by different silane coupling agents , and the influence of the type and addition level on the properties of calcinated kaolin - filled EPDM compound was investigated .

研究了入烧原料细度对煤系煅烧高岭土白度、吸油率、松容重、遮盖率（光散射系数）及活性（活性Al2O3）等物理化学性能的影响。

The effects of particle size distribution on the physical and chemical properties of calcined kaolin such as brightness , loose density , oil absorption , active Al 2O 3 , index of covering , are studied .

煅烧高岭土与氢氧化钠的水热反应体系中，偏高岭石不仅为4A沸石的形成提供了物质基础，而且为晶核的形成提供了有利界面。

In the hydrothermal treatment system of dehydrated / kaolin and sodium hydroxide , the metakaolinite , which is dissolved gradually during reaction , provides not only Al 2O 3 and SiO 2 but also the nucleation centers for formating zeolite 4A .

煤系高岭岩是煅烧高岭土最理想的矿物原料。

Coal-series kaolin is the ideal raw material for calcinated Kaolin .

使用煅烧高岭土提高涂布白纸板的油墨吸收性能

To improve ink absorption of coated paperboard by using calcined kaolin

饱和橡胶丁基胶。煅烧高岭土对卤化丁基胶塞胶性能的影响

Effects of Calcinated Kaolin on Properties of Halogenated Butyl Rubber Stopper

超细煤系煅烧高岭土颗粒的性质及其表面改性

Physical-chemistry Property and surface Modification of Ultra-fine Calcinated Coal Kaolin Particle

某油页岩尾渣制备优质煅烧高岭土的研究

Study on producing high-quality calcined kaolin using broken bits of oil shale

煤系煅烧高岭土颗粒湿法超细化过程的机械力化学效应

Mechano-chemical effect of wet ultrafine grinding of calcinated coal kaolin

低温煅烧高岭土火山灰活性对水泥石结构的影响

Effect of pozzolanic activity of calcined kaolin on structure of cement mortar

利用核磁共振研究煅烧高岭土表面改性机理

A Study of Surface Modification Mechanism of Fired Kaolin by MAS NMR

煅烧高岭土粒料的结构与酸溶反应速率的关系研究

Study on the Influence of Metakaolin Pellet Structure on Aluminum Extraction Rate

超细煤系煅烧高岭土粉体制备的工艺参数优化

Optimization of Processing Parameters during the Preparation of Ultra-fine Calcinated Coal Kaolin Powder

超细煅烧高岭土制备新工艺

New Technique for Preparation of Superfine and Calcined Kaolin

纳米氧化锌/煅烧高岭土复合抗紫外材料的制备工艺研究

Study on The Preparation of Anti-UV Composite Material of ZnO / Calcined kaolin

二氧化钛/煅烧高岭土复合粉体材料的紫外光透过性能

UV Transmittance of Titania / Calcined Kaolin Composite Powder

煅烧高岭土/PAA-AM高吸水保水复合材料的合成与性能研究

Study on preparation and performance of calcined kaolin / PAA-AM super absorbent composite

煅烧高岭土/TiO2复合颗粒材料制备及颜料性能表征

Preparation of Calcined Kaolin / TiO_2 Composite Particle and its pigment property characteristic

医用橡胶瓶塞补强填料&煅烧高岭土的质量控制

Study on quality control of calcined kaoline for reinforcing filler in butyl rubber closure

搅拌磨湿法研磨煤系煅烧高岭土的研究

The Study of Wet Grinding Roasted Kaolin in Coal-Bearing System by Using Stirred Mill

山西省应大力发展煤矸石煅烧高岭土精品

Shanxi Province should Develop the Fine Product of Kaolin Clay Calcined from the Gangue

煤系高岭石生产超微细煅烧高岭土的工艺比较

Comparison of processes of producing super fine calcined kaolin by utilizing coal series kaolinite

改性煤系煅烧高岭土晶化焙烧产品分析测试

Testing and Analysing for the Product of Crystallization Roasting the Surface Modificated Coal Kaolin Powder

煅烧高岭土与钛白粉的湿法研磨复合工艺研究

Study on the composite process of wet grinding of calcined kaolin and titanium dioxide powder