摘要
人体的生物摩擦副包含头发、皮肤、眼睛、味觉、牙齿、关节、心脏、血液等,它们对人体健 康和康复质量具有重要影响。本文对人体生物摩擦学的特点、生物摩擦学行为对人体生命质量的 影响、人体生物摩擦学的科学问题进行了探讨,提出了人体内植物"少磨损、低危害"的生物摩擦学 质量概念,以及实现这个目标所需要的NBIC摩擦学融合技术,即Nanotribology,Biotribology,Implants materials,Coating technology四方面相互交叉融合产生的摩擦学新技术。
The biotribology in/on human body will include the friction and wear behavior of hair, skin, eyes, mouth, tooth, joints, heart system and blood. The biotribological performance of these human parts has great influence to the healthy and recovery quality of failed implants. In this paper, the biotribological features of human body, the effect of biotribology on life quality, and some fundamental problems of biotribology in human body were discussed. The concept of 'less wear, low harm' for biotribological quality of implants in human body is proposed. In order to obtain L2 implants , the NBIC syncretic technology, including nanotribology, biotribology, implant materials and coating technology, needs to be deeply investigated in tribology fields.
出处
《中国科学基金》
CSCD
北大核心
2005年第2期74-79,共6页
Bulletin of National Natural Science Foundation of China
