α-Alumina相关论文
Dense corundum-mullite brick for blast furnace ceramic pad was prepared using white fused corundum and tabular corundum ......
Effect of Industrial Alumina Powder Particle Size on Preparation of Active α-Al_(2)O_(3) Micropowder
To study the effect of the particle size of industrial alumina powder on the properties of active alumina micropowder(α......
To study the effect of the particle size of industrial alumina powder on the properties of active alumina micropowder(α......
The stable adsorption sites of Ni atoms supported on the surface of α-Al2O3 (0 0 01) were investigated through the ......
Chemical Mechanical Polishing of Glass Substrate with α-Alumina-g-Polystyrene Sulfonic Acid Composit
Abrasive is the one of key influencing factors during chemical mechanical polishing(CMP) process. Currently, α-Alumina ......
An experimental study was conducted to improve the electrical insulation of epoxy resin. The effects of boehmite, γ-alu......
Transparent polycrystalline YAG ceramics were fabricated by solid-state reaction method using commercial ultrafine yttri......
以Al（OH）3为原料，采用烧结法，运用SEM、XRD、DSC等分析技术，研究了AlF3对γ→α-Al2O3的相变过程及α-Al2O3显微结构的影响。结果表明：Al......
采用浸渍法在块状大孔α-氧化铝载体上负载活性组合，考察了浸渍时间、浸渍前载体的状态等因素对载体负载活性组份的影响。为了获得......
研究了1300~1500℃、微正压+15 kPa、0.1 L/min流动氩气下,碳热还原法制备碳氧化铝.结果表明,以α−氧化铝和石墨为原料,1400℃时......
研究了Y-TZP／α-Al2O3复相陶瓷的凝胶注模成型工艺，着重研究了低粘度高固相体积分数浓悬浮体的制备．利用卣制分散剂PA对Y-TZP、α-Al2......
为降低陶瓷膜支撑体的制作成本，以SiC颗粒为骨料，分别以α—Al2O3微粉、ρ—Al2O3微粉以及Al（OH）3粉作为莫来石相的铝源，利用烧结过程中......
以两个系列不同晶相的氧化铝为主要原料分别制备载体,研究氧化铝晶相和粒度对α-氧化铝载体的影响。采用XRD,TG-DSC,SEM等方法对载......
透明多晶的钇铝柘榴石陶艺被 solid-statereaction 方法用商业极其细小的氧化钇和α - Al_2O_3 粉末制作。开始的材料是 milled 并......
研究了Y-TZP/α-Al2O3复相陶瓷,在低粘度高固相体积分数浓悬浮体时的凝胶注模成型制备工艺.利用自制分散剂PA对Y-TZP、α-Al2O3进......
湿法成型方法在降低粉体团聚，改善素坯显微结构均匀性方面有着明显的优势。本工作研究了二元体系Ｙ－ＴＺＰ／α－Ａｌ２Ｏ３形成稳定浆料的流变性质，在制备了......
Improvement of Water Sensitivity of Macro-defect-free Cement Based Composites with Cross Coupling Ag
The enhancement of interface bonding between cement and polymer and the structural reticulation of the water-soluble pol......
