...材料的 关键字: 316L不锈钢；羟基磷灰石； 生物材料； 功能梯度材料； 热压[gap=1409]Key words: 316L stainless steel powder; hydroxyapatite (HA); biomaterial; functionally gradient material (FGM); hot pr..
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316L powder stainless steel L粉末不锈钢
The forming mechanism for the crack produced in the process of laser forming 316l stainless steel powder alloy has been studied in the paper by micro measurements.
采用微观测试分析方法，针对316 L不锈钢粉末，深入研究了激光快速成形过程中熔覆层的开裂行为及其形成机理。
This study was aimed to evaluate the biocompatibility of metal powder injection molding (MIM) 316l stainless steel.
研究金属粉末注射成型(MIM)法制备的316 L不锈钢植入材料的生物相容性。
Under different laser power condition, after interaction with laser beam, the temperature of the 316l stainless steel (ss) powder of different size is calculated.
系统计算了不同颗粒大小316 L不锈钢粉末与不同功率激光束相互作用后的温度。
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