This paper discusses the advantages of superlattice semiconductor materials (Multiple Quantum Well Structure) in optical switching and optical computing.
本文讨论了超晶格半导体材料(多层量子阱结构)在光开关和光计算中应用的优越性。
In this talk, I will first introduce our capability of probing light-matter interactions in nanoscale semiconductor materials, whereby the quantum size and structure anisotropy play an important role.
这次报告，我将首先介绍我们在纳米半导体材料(在这类材料中材料的尺寸和结构的各向异性起重要的作用)中对探究光和物质相互作用的能力。
This thesis introduces the concept, structure and properties of semiconductor ultrafine particle (SUFP), including quantum-size effect, surface effect and volume effect et, al.
介绍了半导体超细粒子的概念、结构及特性，主要是包括量子尺寸效应、体积效应、表面效应；
This thesis introduces the concept, structure and properties of semiconductor ultrafine particle (SUFP), including quantum-size effect, surface effect and volume effect et, al.
介绍了半导体超细粒子的概念、结构及特性，主要是包括量子尺寸效应、体积效应、表面效应；
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