1.
Morphology analysis on crystal growth habit of gibbsite
氢氧化铝晶体生长习性的Morphology分析
2.
It takes fifteen hours for the ”corundum” (crystallized alumina) to form on the rod, somewhat like a stalagmite.
15小时后，棒上形成石笋状的“金刚砂”（氧化铝晶体）。
3.
The Microstructural Analysis and Accurate Figure of Alumina Crystal and Ceramics;
氧化铝晶体和陶瓷微结构分析和精确表征
4.
line alumina ceramics
透明多晶氧化铝陶瓷
5.
The crystalline feature of ALCOA tabular alumina and tabular corundum by fusion method
板状氧化铝和电熔法板状刚玉的晶体形貌
6.
SINTERING PROCESS OF ALUMINA CERAMICS WIH PLATE-LIKE ALUMINA SEEDS
加入片状晶种的氧化铝粉体的烧结研究
7.
Theoretical Studies on the Crystallization Process and Crystal Microcosmic Combination of Gibbsite;
氢氧化铝结晶行为及其晶体微观叠合的理论研究
8.
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
9.
From the results, solution mechanism of aluminain molten cryolite was discussed.
根据测量结果，讨论了氧化铝在冰晶石熔体中的溶解机理。
10.
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
11.
Discussion of relation between aluminium hydroxide crystal shape and application performance
氢氧化铝晶貌与应用性能关系的探讨
12.
PREPARATION AND PROPERTIES OF ZBS-Al_2O_3 GLASS-CERAMICS
锌硼硅-氧化铝微晶玻璃的制备及性能
13.
HOT-PRESSED SINTERING OF FINE-GRAINED ALUMINA CERAMICS
热压烧结细晶粒氧化铝陶瓷(英文)
14.
MAOS (Metal-Alumina-Oxide-Silicon- Semiconductor)
金属氧化铝硅半导体
15.
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)
16.
Process research on preparation ultrafine alumina power from aluminium ash
从铝灰中回收铝制备超细氧化铝粉体过程研究
17.
metal alumina oxide semiconductor structure
金属 氧化铝 氧化物 半导体结构
18.
Bore Structure of the Active Alumina Carrier Modified by Lanthana
氧化镧修饰活性氧化铝载体的孔结构