电子学

电子学这个术语涉及电感作用。

The term electronics refers to electrically-induced action .

这所学院里有少数学生在学电子学。

A small number of students at this college are studying electronics .

电子学也与控制技术有关。

Electronics is also concerned with controls .

无线技术、电子学、LED、铜和其他媒介也都派上用场。

It also uses wireless technologies , electronics , LEDs , copper and other media .

MATLAB在《电工电子学》形象教学中的应用

Application of MATLAB in Teaching of Electrotechnics & Electronics

微夹研究是微机械电子学系统（MEMS）领域的一个前沿课题。

The research on vacuum micro-tool is advance task in the MEMS field .

在STM针尖和导电AFM针尖电场作用下这种纳米线（棒）具有电双稳特性，预期在纳米电子学方面有广泛的应用前景。

It was expected this nanowire will have widely applications in nano-electronics .

实现THz波总体上分为电子学和光子学两种方法。

The methods of THz generation are divided into electronics and photonics .

研究提出了阻抗板室（RPC）探测器的电子学模型。

An electrical model was presented for resistive plate chamber ( RPC ) detector .

大亚湾中微子实验RPC电子学原型机读出插件的研制

The Development of ReadOut Module for RPC Electronics Prototype of Daya Bay Reactor Neutrino Experiment

而Martin的领导者却决定，开始新的策略，经营航空产业中的电子学应用。

The leadership of Martin decided that they were going after something new of going into electronics in space .

BES漂移室读出电子学逻辑控制及扇出电路

Logic Control and Fan-out Circuits for BES Drift Chamber Read-out Electronics

去年秋天，圣何塞州立大学（SanJoseState）使用了MIT电路与电子学的入门网络课程和互动练习。

Last fall , San Jose State used the online lectures and interactive exercises of M.I.T.s introductory online Circuits and Electronics course .

NSRL中的BPM前端电子学系统研究

The front - end electronic system of BPM in NSRL

碲镉汞（MCT）材料是一种较为理想的红外光电子学材料。

HgCdTe ( MCT ) is a perfect infrared photoelectric material .

BES顶点探测器电子学系统

Electronic System of the Vertex Chamber for BES

BESⅢ主漂移室电子学测试系统软件

Test Software for BES ⅲ MDC Electronics System

BESⅢ漂移室电子学的校准时序电路

Calibration timing circuit of BES ⅲ MDC electronics

获得多个奖项的荷兰设计师戴恩-罗斯加德以皮革和智能型不透明电子金属薄片制作这套新装。无线技术、电子学、LED、铜和其他媒介也都派上用场。

Award-winning Dutch designer Daan Roosegaarde created the dress out of leather , and smart opaque e-foils . It also uses wireless technologies , electronics , LEDs , copper and other media .

标准的英特尔架构个人计算机配置成处理达四个IDE（整合磁盘电子学）硬式磁盘机。

The standard Intel architecture PC is configured to manage up to four IDE ( Integrated Drive Electronics ) hard drives .

本文介绍了多路望远镜系统中的电子学系统和在测量（n，X）核反应双微分截面实验中所使用的粒子分辨技术。

This paper describes the electronic system of USTC multi telescope system and the technology of particle identification used in the experiment of measuring double differential ( n , X ) cross sections .

系统采用了常规的解决方案：由一台运行Linux的PC来控制由NIM和CAMAC插件构成的前端电子学处理部分。

It is based on the conventional solutions with front end electronics made of NIM and CAMAC modules controlled by a PC running Linux .

采用先进的计算机电子设计自动化技术中的EWB仿真技术，重组医学电子学的教学体系。

The medical electronics teaching system was reconstructed by means of computer designed automation ( EDA ) .

Muon鉴别器电子学系统VME数据读出插件设计

Design of VME Read _Out_Module of Muon Counter

DNA，以其独特的纳米尺度、分子线性结构、物理化学稳定性、力学刚性、自我识别能力以及自组装等优势，正逐步应用于分子电子学的各个领域。

DNA , shows extraordinary performances including special nano-scale effect , linearity of molecular structure , physicochemical stability , mechanical rigidity , self-recognition , self-reorganization and self-assembly , is gradually applied into various fields of molecular electronics .

作为对电子束极化度测量仪及电子学测量系统性能的检验，实验测量了线偏振光相对Stokes参数。

As a test for the electron polarimeter and its electronics measurement system , the relative Stokes parameters of linear polarized weak light are determined .

双凸极永磁电机（DoublySalientPermanentMagnetMotor，简称DSPM）是随着功率电子学和微电子学的飞速发展在90年代刚刚出现的一种新型的机电一体化可控交流调速系统。

Doubly salient permanent magnet motor ( DSPM ) is a new Electro-mechanic system , which was coming out with the developing of power-electronics and micro-electronics in 1990s .

简要介绍了机载多波段偏振CCD相机原理样机的物理原理，详细说明了其电子学系统的设计目标及关键模块的实现方法。

In this paper the physical principle of the prototype for airborne multi-band polarization CCD camera is simply introduced and the key technologies and methods on its electronics design have been discussed in detail .

Si-PIN硅条带探测器的电子学测试

Test of Si-PIN strip detector by electronic method

实验结果表明，与传统的光学全息干涉术相比，电子学全息干涉术借助于高分辨率CCD记录及高速计算机数字处理技术，从而可实现光学全息图的数字化记录、存储和重现。

It is shown from the experimental results , that the digital holographic interferometry may be a novel holographic interferometry with high speed and promising applications by using high revolution CCD array and modern computer .