... molding 模制 molecular electronics 分子电子学 monadic boolean operator 一元布尔算符 ...
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Molecular Electronics and System Design 分子电子和系统设计
molecular-electronics radar 分子电子雷达
development of molecular electronics 分子电子学进展
Optical and Molecular Electronics 光学与分子电子学
Cryptophanes are an important new type material, they play an important role in life sciences, material sciences, molecular electronics, sensors and other fields.
笼形超分子材料是一类重要的新材料,其在生命科学、材料科学、分子电子学、传感器等领域具有重要作用。
参考来源 - Cryptophane A,E合成与表征及其甲烷敏感特性The development of single-molecule science has led to the rapid advancement of molecular electronics.
单分子科学的产生和发展推动了分子电子学的飞速发展。
参考来源 - 苯胺类分子器件电学特性的理论研究·2,447,543篇论文数据,部分数据来源于NoteExpress
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Therefore, if DNA is a conductor, it will be the ideal material for nano-line and molecular electronics.
因此,如果DNA具有导电性,将是纳米导线及分子器件的理想材料。
Molecular electronic technique is a newly developed bionic technology on the basis of molecular electronics in 1970's.
分子电子技术是以分子作为载体,在分子水平上实现电子学的信息处理和存储过程的仿生技术。
And molecular electronics is considered as a promising solution to replace silicon base electronics to construct smaller molecular integrated circuits.
而分子电子学有望作为一种解决的方案,替代硅电子学来构建更小的分子集成电路。
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