电子学

"Bionics:application of biological principles to the study and design of engineering systems, especially electronic systems."

仿生学：应用有关生物学原理对工程系统的研究与设计，尤指电子学系统。

Cubic boron nitride attracts widespread interest as a promising material for many potential applications because of its unique physical and chemical properties.

立方氮化硼具有优异的物理和化学性质，在力学、光学和电子学等方面有着广泛的应用前景。

1D boron nitride nanomaterials have important potential applications in nanoelectronics and functional composites due to the outstanding chemical and physical properties.

BN一维纳米材料由于具有许多优异的性能，在纳米电子学和功能材料领域具有重要应用前景。

This paper introduces the designing and using of a new type Ohmmeter based on the way of bridge circuit according to the theory of electronics without galvanometer.

根据电桥法测量电阻的基本思想，结合电子学理论，设计一种毋须检流计的新型欧姆表，并介绍它的使用。

This article explains in detail how to form a wave of three-phase bridge fully-controlled rectifier in the power electronics. It is the concrete application of the AS to the flash.

本文对电力电子学教材中的三相全控桥式整流电路波形的生成方法及步骤作了仔细讲解，这个是对flash的AS的具体运用。

A widely known achievement of radio electronics is electronic calculating machine that can perform several thousand arithmetical operations in one second.

无线电子学的一项最广为人知的成就是电子计算机。电子计算机能够在一秒钟运算数千次算算术。

This paper describes the implementation of CBLT for the electromagnetic calorimeter electronics system of Beijing Spectrometer III.

介绍了采用虚拟全局缓存技术的CBLT读出方式在北京谱仪电磁量能器读出电子学中的应用。

The scintillation CsI was also calibrated with protons of 15, 20, 23MeV. The average energy calibration is 1. 047MeV per channel. Energy calibration for heavy ions was completed with multiplication factor 1/12. 75. The energy calibration is around 1. 1MeV per channel for oxygen ion and iron ions when energy deposition is less than 50MeV in each detector.

对铁离子而言，铁离子的四个能量点在ΔE〓探测器中的能量均超过50MeV，能量信号放大电路此时已进入饱和状态，当铁束能量为120MeV时，离子进入到ΔE〓探测器中，此时在ΔE〓中能量沉积低于50MeV，没有达到电子学系统的饱和值，能量刻度每道为1.1MeV／道，这些与氧离子的标定结果是一致的，饱和只是对于低能重粒子会出现这种情况，对于中高能重离子这种现象就会消失。

Digital Image Processing is a colligate subject,which contain optics, elecronics,math,photo,computer and so on.

摘要数字图像处理是一门多学科的综合学科，它会聚了光学、电子学、数学、摄影技术和计算机技术等众多学科方面。

In communications, the problem of electronics is how to coney information from one place to another.

在通讯系统中，电子学要解决的问题是如何把信息从一个地方传递到另一个地方。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。