测控技术与仪器,Measurement & Control Technology and Instrumentation
1)Measurement & Control Technology and Instrumentation测控技术与仪器
1.Extraction and Construction of a State-level Feature Specialty-Measurement & Control Technology and Instrumentation;国家特色专业建设点——测控技术与仪器专业的特色建设及凝练
2.According to the academic subject foundation of Jangsu Teachers University of Technology and the features of the measurement & control technology and instrumentation,the paper presents the cultivation system based on one platform and two orientations,which is on the basis of the electric and electronic fundamental curriculum,setting intelligent instrument and measure & control system.本文依据江苏技术师范学院的学科条件,结合测控技术与仪器专业的学科特点,提出了"一个平台,两个方向"的人才培养体系,即以电工电子类基础课为平台,设置智能仪器仪表与测控系统两个测控技术与仪器专业方向,培养专业基础扎实、实践能力强、适应面宽的应用型人才。
英文短句/例句
1.Study and Practice of Teaching in Control & Instrument Specialty测控技术与仪器专业教学研究与实践
2.Considering and Improvements in the Laboratory Education of Measuring & Control Technology and Instrumentations;测控技术与仪器专业实验教学的思考与改革
3.Improving Creativity of Undergraduate Students of Measurement Control and Instrument Specialty;提高测控技术与仪器专业学生创新能力的探索
4.Research on the integrated optimization of the specialized curriculum system of Measurement & Control Technology and Instrument Specialty;测控技术与仪器专业课程体系整体优化研究
5.The discussion about characteristics of running a school in the specialty of measurement and control technical and instrument;我校测控技术与仪器专业办学特色探讨
6.A Study and Practice on Sensor-course Curriculum in Measurement & Control Technology and Instrument Specialty测控技术与仪器专业传感器系列课程的研究与实践
7.The Exploration and Practice of Measurement and Control Technology & Instrument Professional Training Model;测控技术与仪器专业人才培养模式的探索与实践
8.Research and Practice of Application-oriented Talents Cultivation on Measure and Control Technology and Instrument Specialty;测控技术与仪器专业应用型人才培养研究与实践
9.Construction and Practice of Application-oriented Talents Cultivation of Measure & Control Technology and Instrument Specialty测控技术与仪器专业应用型人才培养体系的构建与实施
10.The Research and Practice of Measurement-Control Technology and Instrument Professional Training Mode测控技术与仪器专业人才培养模式的研究与实践
11.Constructing the Practice Teaching Architecture for State-Level Feature Specialty of "Measurement,Control Technology and Instrumentation"建设国家级测控技术与仪器专业的实践教学体系
12.Development of Science and Technology in Instrumentation,Measurement and Control Area of China我国仪器仪表与测量控制科技的发展
13.RHEO-TENSION Measurement and Control System Based on Virtual Instrument Technology;基于虚拟仪器技术的拉伸流变仪测控系统
14.Research on Integration and Application of Intelligent Measurement and Control System for Fermentation Process Based on Virtual Instrument;基于虚拟仪器技术的发酵智能测控系统集成与应用研究
15.Automatic Measure and Control System for Weapon Test Based on Virtual Instrument Technology基于虚拟仪器技术的兵器自动测控系统
16.The Function Test System of the Vehicle Controller based on Virtual Instrument Technique基于虚拟仪器技术的车身控制器功能测试系统
17.A RevoIUtion of Instrnment--Vinual Instruments;测量测试仪器技术的革命——虚拟仪器
18.Study and Development of Strain Measurement Based on Virtual Instrument Technology;基于虚拟仪器技术的应变测试仪的研究与开发
相关短句/例句
measurement-control technology and instrumentation specialty测控技术与仪器专业
1.Signal and linear system is a very much important fundamental course formeasurement-control technology and instrumentation specialty.信号与线性系统是测控技术与仪器专业的一门十分重要的专业基础课,该课程将物理问题与数学表达和论证相结合,具有数学推导多、理论性强、难学、枯燥等公认的特点。
3)detecting technology and apparatus检测技术与仪器
4)Modern technique and instrument of surveying and mapping现代测绘仪器与技术
5)Instrumentation in Earthquake Seismology地震观测技术与仪器
1.On the translation ofInstrumentation in Earthquake Seismology;《地震观测技术与仪器》一书的翻译
6)technique and apparatus技术与仪器
延伸阅读
抽油机井成组变频测控技术抽油机井成组变频测控技术（以下称成组变频技术），是以抽油机井电能图测试技术、抽油机井智能测控技术和共直流母线变频节能技术等三项技术为核心的新型油田节能测控技术。系统是按照我国石油开发行业地域分块、管理分层的特点，针对油田自然与社会环境恶劣的实际情况而开发的，具有先进可靠、方便实用的特点。 成组变频方案由一个井组动力中心和井组测控中心组成，二者通过有线调制方式进行通信。 井组动力中心有一个整流回馈单元和一个变频器组，这些设备通过直流母线联在一起。每一口抽油机井都可以单独测控，控制每一口井的冲次，但在一个井组内的所有抽油机井的直流电部分是连接在一起的。 由于抽油机井是一个变动的负载，每一时刻的功率都是在变化的，大部分时间在耗电，但总有一段时间处在发电状态。 对于抽油机井所发的电，在一般抽油机井变频拖动方案中，这一部分电能是通过能耗制动的方式消耗了（电能消耗在制动电阻里，引起发热）。如果每一口井都配备一套电能回馈单元成本又太高，而在成组变频方案中，所有井的直流母线是连接在一起的，其中一些口井所发的电别的井可以利用，由于抽油机井发电总是少于耗电，所以一个井组内大部分井是处在耗电状态，井组总体来说不会发电，就算偶尔有发电现象，也可以通过整流及回馈单元将电能回送电网，而不会引起电能浪费。 井组测控中心的工业控制计算机，通过油井诊断分析得出泵功图，根据泵功图的分析得出油井的实际工作状况，对比给定的控制方案进而实现对抽油机井的优化控制。如果存在供液不足就可以降低冲次，如果有井卡、杆断或其它故障而可以停抽报警。这样不断能降低能耗，有利于抽油机井的安全生产，并且可能在摸清油井供液规律的情况下实现优化控制达到高产稳产的目的。
