alumina powder

Measuring the Adsorption of Aqueous Fluorion on Alumina Powder by Direct Method

直接法测氧化铝粉体自溶液中吸附氟离子

Research on the Stability of a Large-diameter Ground-supported Flat-bottomed Cylindrical Steel Silo Load of Alumina Powder

大直径落地式平底氧化铝圆柱钢筒仓稳定性能研究

Production of highly pure alumina micro-powder by soda process

碱法高纯氧化铝微粉的制备

Through the concept of primary crystal size and testing of primary crystal size and flowability, water demand of high-temperature alumina powder is studied and discussed.

运用原晶粒度的概念并通过对原晶粒度、流动度的检测，对高温氧化铝的需水性进行了研究和探讨。

A Study of Alumina Powder Used in Fabrication of GI-ⅱ Infiltrated Ceramic

GI-Ⅱ型渗透陶瓷氧化铝粉体的研究

Research on the Preparation of Spherical Alumina Powder by Microemulsion

微乳液法制备球形氧化铝粉体的研究

A study of synthesis of ultrafine alumina powder by sol-gel process

Sol&Gel法制备氧化铝超细粉末的研究

Newly designed multi-purpose crane for electrolytic aluminium as key equipment for production of electrolytic aluminium and an accesory facility for large electrolytic bath is used for electrolyte shell breaking, anod replacing, alumina powder refilling, liquid aluminium tapping and anod bar frame handling.

新型电解铝多功能起重机是为大型电解槽配套的生产电解铝的主要设备，能完成敲击电解质结壳、更换阳极、添加氧化铝粉、出铝水及阳极母线框架的吊运等动作。

Study on Water-based Coating of Brown Alumina Powder and French Chalk for Lost Foam Casting Effect of Brown Corundum and Bauxite on Properties of Chinese Calcined Flint Clay Gunning Refractory

消失模铸造棕刚玉粉-滑石粉水基涂料的研究棕刚玉、铝矾土对焦宝石基喷涂料性能的影响

Preparation of Flaky Alumina Powder by Molten Salt Synthesis Method

熔盐法合成片状氧化铝粉体的研究

The review summarizes the recent methods for preparation of nano-sized alumina powder, and introduces respective strongpoint and shortages.

综述了纳米氧化铝粉末的制备方法，介绍了各种方法的优点和不足；

Effect of adsorption on diffusion coefficient of polyvinyl alcohol in alumina powder compact

分子吸附对聚乙烯醇在氧化铝粉末压缩体中扩散系数的影响

Production process of dispersive spherical alumina powder

分散球形氧化铝粉末的生产方法

Thermal conductivity of grit and alumina powder was measured by the system.

用实验装置测量了沙子和氧化铝粉末的导热系数.

With the development of science and technology, the demand of ultra-fine high-purity alumina powder is increased.

基于 超 细高纯氧化铝随着科学技术的发展需求量越来越大,也对其制备方法做了扼要叙述.

Methods The alumina powder size mass distribution was obtained by BI XDC powder size analysis device; the open pore parameters of alumina adobe and sintered body were analyzed using the mercury pressure method. Their fracture surfaces were observed under scanning electronic microscope.

方法用BI-XDC粒度分析仪分析氧化铝粉体粒度的质量组成，压汞法测试氧化铝坯体和1125℃烧结的氧化铝烧结体的开孔孔隙分布特征，扫描电镜观察氧化铝烧结前后的微观结构。