论文部分内容阅读
材料科学的发展促进了当代各项高技术,诸如:半导体技术,计算机技术,情报、通信技术,航空、航天技术、能量传递、转换技术,生物工程技术等等的变革和飞跃。反过来,随着这些高技术的纵深发展,又对材料提出越来越新的要求。因此,人工智能材料、微复合材料、杂化材料、分子元件等方面的开拓与研究也就应运而生。本文将对材料科学这个百花园中的一朵含苞待放的新葩——杂化材料作一介绍。
The development of material science has promoted the transformation and leap in contemporary high technologies such as semiconductor technology, computer technology, intelligence, communication technology, aviation, space technology, energy transfer, conversion technology, bioengineering technology and so on. In turn, with the further development of these high technologies, more and more new requirements are put forward on materials. Therefore, artificial intelligence materials, micro-composite materials, hybrid materials, molecular elements and other aspects of the development and research also came into being. This article will give an introduction to a new hybrid flower - hybrid material in this hundred garden of materials science.