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中文摘要：
因为他们的突出的光、电的性质，一维的无机 / 器官的异质接面 nanomaterials 在材料科学获得了广泛的注意。在无机、器官的单位之间的强壮的相互作用能相对单个部件的导致新奇或改进的物理或化学的性能，认识到 synergistic (1+1 > 2 ) 性能。大科学意义大科学意义：理解和解释法律分子自我装配，控制有在通过定制分子的结构和相互作用力量的大区域的高订的度的低维的分子的聚集自我装配，理解协同作用驱动器机制由在然后通过混血儿/异质接面优化原来的函数的分子的聚集之间的弱相互作用生产了自我装配。在这篇论文，我们为准备在电子学和光学的领域里合并多样的部件和他们的潜在的应用的异质接面讨论合成方法。
英文摘要：
One dimensional inorganic/organic heterojunction nanomaterials have gained extensive attention in materials science because of their outstanding optical and electrical properties. Strong interactions between the inorganic and organic units can lead to novel or improved physical or chemical performance relative to that of the individual components, realizing synergistic （＂1＋1〉2＂） perfor- mance. It is of great scientific significance for the development of basic scientific research： Understanding and interpretation the law of molecular self-assemble, controlling the self-assemble of low dimensional molecular aggregation with high ordered degree in large area through tailoring the molecular structure and the interaction forces, understanding the synergy drive mechanism pro- duced by the weak interactions between the molecular aggregations then optimizing the original function through the hybrid/ heterojunction self-assemble. In this paper, we discuss the synthetic methods for preparing heterojunctions incorporating diverse components and their potential applications in the fields of electronics and optics.
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