Fabrication of the One-Dimensional Superlattice in the Epitaxially Grown Film of Platinum Dioxime Complexes

K. Yamamoto, T. Kamata, K. Yase, Y. Yoshida, F. Mizukami, T. Ohta
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Abstract

A large number of studies have been done for multiple quantum wells of inorganic semiconductor, because confined electronic system in a thin layer shows various properties essential for optoelectronic application. Since the quantum size effect increases when the electron system approaches lower dimension, fabrication of higher order confined structures has been attempted to advance the properties. On the other hand, there are many substances having one-dimensional structure in the nature. It can be thought that the one-dimensionality is prospective to realize a higher order confined system.
铂二肟配合物外延生长膜中一维超晶格的制备
无机半导体的多量子阱已被大量研究,因为薄层中的受限电子系统显示出光电应用所必需的各种特性。由于当电子系统接近低维时,量子尺寸效应增加,因此试图制造高阶受限结构来提高其性能。另一方面,自然界中有许多具有一维结构的物质。可以认为,一维是实现高阶受限系统的理想方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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