1) quantum current
量子电流
1.
Effect of quantum current magnification in a mesoscopic multi-ring coupling system;
介观多环耦合系统中的量子电流增强效应
2.
In charge space,supposing the system has a symmetry under translation,the property of quantum current of mesoscopic circuit have been investigated and analysed by solving eigenvalue equation of current.
基于电荷的不连续性,对无耗散介观耦合电路进行量子化,在无相互作用Hamilton本征态基矢下给出介观电路的能谱关系;在电荷空间中,假设系统具有变换的对称性,通过求解电流本征值方程,研究和分析了介观电路中量子电流的性质。
3.
For one-dimensional mesoscopic metal rings system in external magnetic field, supposing the system has a symmetry under translation in charge space, the quantum current relation in mesoscopic metal rings is given by solving the eigenvalue equation of the current, the property of quantum current have been investigated and analysed.
针对处于外磁场中的一维介观环系统,假设在电荷空间中具有变换的对称性,通过求解电流算符的本征值方程,给出系统中的量子电流关系,分析和研究一维介观金属环中量子电流的性质。
2) electron fluence
电子流量
1.
For the devices with thicker oxides,saturated drain current degradation has a close relationship with the product of gate current and electron fluence.
最后得出了不同厚度的 p- MOSFETs的统一退化模型 ,对于厚氧化层 ,退化由电子流量和栅电流的乘积决定 ,对于薄氧化层 ,退化由电子流量决
3) electronic flowmeter
电子流量表
4) electronic fresh gas flow meters
电子流量计
1.
Overview and technical analysis are given in illustrations focusing on the working principles of anesthesia machines,in particular the key components(electronic fresh gas flow meters;anesthetic agent vaporizers;compact breathing system;electrically driven and electronically controlled ventilator;etc.
结合目前麻醉的设计和技术运用发展比较快和种类较多的实际情况,针对麻醉的原理,特别是麻醉机的关键组件(电子流量计,麻醉挥发罐,呼吸回路,电动电控呼吸机等)的结构形式和技术发展特点,进行了分析,提出了自己的观点,为医院在招标选购麻醉呼吸机时提供一些依据,为工程技术和临床人员在维修及应用方面提供帮助。
5) quantized acoustoelectric current
量子化声电电流
6) electronic flow control valves
电子流量控制阀
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条