1.
Oscillation curves of particle size distribution of aluminum hydroxide in seeded agglomeration process
种分附聚过程中氢氧化铝粒度分布的振荡曲线
2.
Determination of particle size of superfine alumina powder by laser grainsize analyzer
激光粒度仪测定超细氧化铝粉体粒度的研究
3.
Particle distribution dynamic model of gibbsite precipitation process during alumina production
氧化铝种分过程粒度分布的动态模型
4.
Numerical Simulation on Dynamics Model of Alumina Concentration and Crystal Particle Size during Seeded Precipitation Process;
晶种分解过程中氧化铝浓度及晶体粒度动力学模型的数值模拟
5.
Overview of seed precipitation and its particle size control in alumina production
氧化铝生产过程晶种分解及其粒度量化控制要点综述
6.
Study on Effect of Impacting Velocity of Alundum Particle to Erosion Behaviors of High Manganese Steel
氧化铝粒子的冲蚀速度对高锰钢磨损特性影响的研究
7.
Preparation of aluminum hydroxide granules modified with stearic acid and its in vitro release
硬脂酸修饰氢氧化铝颗粒的制备及其体外释放度的考察
8.
Effect of Aluminum Nanopowder on Growth and Morphology of Alumina Grain
纳米铝粉对氧化铝陶瓷晶粒形态的影响
9.
HOT-PRESSED SINTERING OF FINE-GRAINED ALUMINA CERAMICS
热压烧结细晶粒氧化铝陶瓷(英文)
10.
Study on the Graded Joining of Al_2O_3 and ZrO_2 in Green Bodies;
氧化铝和氧化锆坯体梯度连接的研究
11.
The results show that the product properties can be improved obviously, and theparticle size of fillers may have influences on plasticization, tensile strength, breakingelongation and flame retardation of product.
不同粒径的氢氧化铝粉末对搪塑制品的塑化程度、伸强度、裂伸长率、烟、燃效果均有不同影响。
12.
The particle size of product made by the chemistry process is very tine and the particle size distribution is uniform.
超细氢氧化铝制备方法分为机械法和化学法，但化学法制备的产品粒度细、分布均匀。
13.
ANISOTROPIC GRAIN GROWTH OF ALUMINA BY SYNERGISTIC EFFECTS OF NIOBIUM PENTOXIDE AND SILICON DIOXIDE
五氧化二铌与二氧化硅作用下氧化铝晶粒的各向异性生长(英文)
14.
Preparation and Size Classification of Alumina Series Abrasive Particles for Chemical Mechanical Polishing;
氧化铝系化学机械抛光磨料的制备及颗粒分级
15.
Study on Copper Matrix Composite Reinforced with Alumina Particles;
氧化铝颗粒弥散强化铜基复合材料的研究
16.
The Study of Erosion Behaviors of High Manganese Steel Under High Velocity Impacting of Alundum Particles
高速氧化铝粒子冲蚀下高锰钢的磨损特性
17.
Flocculation Induced by Magnesium Aluminum Hydroxides Based Microparticle Retention Systems;
氢氧化镁铝类微粒助留系统的絮聚作用
18.
Effect of Grain Grading on Gelcasting of Alumina
颗粒级配对凝胶注模成型氧化铝陶瓷的影响