Mechanical wet-milling and subsequent consolidationof ultra-fine Al2O3-(ZrO2+3%Y2O3) bioceramics by usinghigh-frequency induction heat sintering
来源期刊：中国有色金属学报(英文版)2007年第1期
论文作者：Khalil Abdelrazek KHALIL Sug Won KIM
文章页码：21 - 26
Key words：bioceramic; alumina; zirconia, mechanical wet-milling, sintering
Abstract: Alumina/zirconia composites were synthesized by wet-milling technique and rapid consolidation with high frequency induction heat sintering(HFIHS). The starting materials were a mixture of alumina micro-powder (80%, volume fraction) and 3YSZ nano-powders (20%). The mixtures were optimized for good sintering behaviors and mechanical properties. Nano-crystalline grains are obtained after 24 h milling. The nano-structured powder compacts are then processed to full density at different temperatures by HFIHS. Effects of temperature on the mechanical and microstructure properties were studied. Al2O3-3YSZ composites with higher mechanical properties and small grain size are successfully developed at relatively low temperatures through this technique.
基金信息：by the Korean Research Foundation Grant Funded by Korea Government (MOEHRD)
