超分子化学是一门多学科交叉融合的产物,引起了包括物理学家、模型计算家、结晶学家、有机合成化学家及生物学家等在内的多学科科学家的广泛关注。但因为它的交叉本质和近年来快速的发展速度与混杂状况,使得它被大学教学所忽略。大学课程所授的化学知识,通常建立在共价键、离子键等基础上,虽有涉及氢键、范德华力及静电作用等,但并未提出非共价键作用力这一概念,也没有系统的运用这些知识来解决和理解某些知识问题。 Supramolecular chemistry is a cross-disciplinary product that has drawn the attention of multidisciplinary scientists, including physicists, model calculators, crystallographers, organic synthetic chemists and biologists. However, because of its intercross nature and rapid development in recent years, the speed and miscellaneous conditions make it ignored by university teaching. Chemical knowledge taught in university courses is usually based on covalent bonds, ionic bonds and the like. Although hydrogen bonds, van der Waals forces and electrostatic interactions are involved, no notion of non-covalent bond forces is also not provided. This knowledge is used systematically to solve and understand certain knowledge problems.