Adhesion An Interdisciplinary Science

Abstract

The interdisciplinary science of adhesion is built upon contributions from the classical branches of science: chemistry, physics and mathematics, and some of their more specialized subdivisions such as polymer chemistry, surface chemistry, rheology and continuum mechanics. An historical review of the development of adhesive technology stresses the role of polymer chemistry in the advances made in modern adhesion technology, but many other disciplines have contributed. Their roles are discussed from the point of view of adhesion theories that are biased toward one discipline or another. Such bias can lead to fallacy. Challenging adhesion problems still exist and their solution will involve other disciplines, like biology and medicine.     

皖南沿江地区部分出土青铜器的铜矿料来源初步研究

根据要想追溯青铜器铜矿料来源,必须先了解古铜矿及其冶炼金属产物的微量元素和同位素特征,研究其输出方向这一思路,以前期提出的以较高含量的Se、Te、Ni(Co／Ni大多小于1)、Ag、Au等及相对低含量的Sb、Bi、Mo等作为安徽铜陵等地古铜矿冶炼产物一铜锭产地的特征指示元素为综合判别标志,用等离子发射光谱仪对皖南沿江地区出土的部分青铜器进行多元素分析。结果表明,样品Tc2007、Tc2005、fc12所用铜料不大可能来自铜陵地区,其余样品可能来自当地。鼎、(虚瓦)等大件样品可能在其它地区铸造后传人本地。研究结果说明,利用微量元素判断青铜器铜矿料来源是可行的。