生物摩擦学 meaning in Chinese

bio-tribology

Study on the biotribological behaviors of nanosized hydroxyapatite composite ceramics
纳米羟基磷灰石复合陶瓷生物摩擦学行为研究
The friction and wear behavior of dlc gradient film on tj6a14v alloy substrate sliding against ultra - high molecular weight polyethylene was investigated by comparing with that of ti6a14v alloy against the same counterpart under the same testing conditions
研究了dlc梯度薄膜材料与uhmwpe组成的摩擦副的生物摩擦学性能，探讨了摩擦磨损机理。 ti6a14v基dlc梯度薄膜材料具有较好的减摩特性和耐磨损特性。
Diamond - like carbon gradient film on ti6a14v alloy substrate have been prepared by means of plasma source ion implanted - ion beam enhanced deposition ( psii - ibed ) . for potential applications as artificial joint materials and artificial cardiac valve materials , its trobological performance and hemocompatibility has also been evaluated in the present ph . d . thesis
本研究采用等离子源离子注入?离子束增强沉积技术( psii - ibed )制备了钛合金基类金刚石梯度薄膜材料，对类金刚石梯度薄膜这一新型人工关节材料和人工心脏瓣膜材料的生物摩擦学性能和血液相容性进行了研究和评价，研究了摩擦磨损对材料血液相容性的影响。