等电子原理用英语怎么说，等电子原理的英文翻译

词语导航

基本信息

词语：等电子原理

繁体：等電子原理

拼音：děng diàn zǐ yuán lǐ

英语翻译

【化】 equielectron principle; insoelectronic principle

分词翻译

等电子的英语翻译：

【电】 isoelectronic

原理的英语翻译：WWW.WEnTiYi.CoM

elements; philosophy; principium; principle; theory
【化】 principle
【医】 mechanism; principle; rationale
【经】 ground work; principle

翻译例句

1. 从物理性能和技术原理方面概要介绍了现代陶瓷（电子陶瓷、 金属陶瓷及超导陶瓷等）的应用及现状；

Applications and status quo of modern ceramics (electronic ceramics, ceramets and superconducting ceramics etc. ) are generally introduced in respects of physical properties and technical principles.

2. 《传感器原理与应用》课程是自动控制、电子信息等专业的一门重要专业基础课程。

Sensor Principles and Applications course is a professional to automation, electronic information and other professional courses.

3. 本文简要介绍了长台面曲线电子轨道衡的使用范围、产品结构、工作原理以及产品的可靠性设计等问题。

This article briefly introduces the using scope, product structure, working principle and reliability design of the long center curve electronic railway track scale.

4. 介绍了电子舌的结构和工作原理，并重点介绍了电子舌在乳品、饮料等食品加工在线检测中的应用。

In this article, the structure and working principle of an electronic tongue are introduced, and its application in on-line inspection in the dairy and beverage industries, etc. is focused upon.

5. 本文介绍利用光电子技术获取图像信息的原理、特点及应用等。

This paper mainly introduces the working principle, features and applications of image information acquisition with optoelectronic technique.

6. 介绍了电子束辐照再生丁基橡胶的技术原理，试验研究的情况，加工工艺流程，技术特点，以及推广前景，市场预测，财务评价等。

Introduces the technical principle, test and research, processing sequence, technical property, market predetermination and finance evaluation of electron beam irradiating reclaimed butyl rubber.

7. 文章对电子选发器的工作原理、关键器件、技术指标以及应用情况等作以介绍。

The electric selector"s working theory, key component, technical features and applied cases are also introduced in this paper.

8. 文章以等精度频率计为例引入单片机和CPLD结合设计电子系统的方法，并给出原理框图和仿真波形。

Tlus paper introduces a way to realize the equal accuracy frequency accounts with MCU and CPLD. and provides with the frame principle of frame as well as simulated wave.

9. 主要介绍了几种自由电子激光器进行太赫兹成像的原理和方法，并给出了俄罗斯和韩国等研究人员最近一两年的实验结果。

Several methods and theory of THz imaging as well as late results of the researchers in Russia and Korea are introduced.

10. 文中介绍了光电式电子清糙器的工作原理、工艺参数的设定及使用注意事项等。

And in the paper, it is introduced the cleaner"s working principle, processing parameters, setting and notable points in applying and so on.

11. 本系统的设计过程包括硬件和软件设计的制作，电子电路原理图和程序模块代码等。

The design process includes the designs of the hardware and software, electronic circuit diagrams, program module codes etc.

12. 从新材料、新结构、新原理、新产品等四个方面介绍了电源中电子变压器的一些新进展。

The actuality and development of electronic transformer are introduced, from four types:stereoscopic, plane, chip, film.

13. 本论文的工作是通过第一性原理计算，结合分子轨道理论和半导体理论等对金刚石和氮化锌半导体电子材料的相关性质进行探索和研究。

The dissertation is devoted to the properties study of diamond and zinc nitride semiconductor materials from first-principles, molecular orbital theory and semiconductor theory.

14. 介绍了一种微型智能电子密码锁设计过程，该电子密码锁具有密码判断，密码修改，密码掉电存储等优点，本文详细阐述了该电子密码锁的电路设计原理和具体实现过程。

This paper presents a design process of the micro intelligent electronic code lock; which has the merits such as: code estimation, code revision, code storage protection for power data etc.

15. 目前承担微电子专业方向的主干课程：固态电子论、微电子器件与原理、集成电路设计，微电子工艺等课程。

It has key courses of microelectronics: solid-state electronic theory, microelectronic devices and principles, integrated circuit design, micro-electronics processing, etc.

16. 研究方向：自动测试、电子技术应用。主讲智能仪器原理及设计、自动测试系统、电子技术等课程。

Main Course: Principle and design of intelligent machines, Automatic Test System, Electronic technology? And so on.

17. 通过实验，加深对《光电子学》课程中相干光的产生、传输、调制、变换等原理及基本概念的进一步认识。

Through the experiments, students will master the theoretical knowledge learned in the Optical Electronics course, such as generation, transfer, modulation, transformation of coherent light etc.

18. 通过实验，加深对《光电子学》课程中相干光的产生、传输、调制、变换等原理及基本概念的进一步认识。

Through the experiments, students will master the theoretical knowledge learned in the Optical Electronics course, such as generation, transfer, modulation, transformation of coherent light etc.