High scores for the top 10 universities in the country for process control, automation instrumentati

Comprehensive power ranking: Peking University, Tsinghua University, Zhejiang University, Fudan University, Wuhan University, Nanjing University, Huazhong University of Science and Technology, Shandong University, Shanghai Jiao Tong University, University of Science and Technology of China.

Among the first-level disciplines, there are 21 units with the right to confer doctoral degrees in first-level disciplines in colleges and universities across the country, and 17 of them participated in this evaluation; There are 11 institutions with the right to confer doctoral degrees, and 4 of them participated in this evaluation; In addition, 2 units with the right to confer master's degrees in first-level disciplines and 3 units with the right to confer master's degrees also participated in this evaluation. A total of 26 units participated.

Tianjin University, Tianjin 10056.

10003 Tsinghua University.

Beihang University, Beijing 10006, China.

Harbin Institute of Technology, 10213.

10611 Chongqing University.

10335 Zhejiang University.

10248 Shanghai Jiao Tong University.

10286 Southeast University.

10110 North University of China.

10007 Beijing Institute of Technology.

10358 University of Science and Technology of China.

Hefei University of Technology, Hefei 10359.

10699 Northwestern Polytechnical University.

90002 National University of Defense Technology.

Yanshan University, 10216.

10183 Jilin University.

10384 Xiamen University.

Harbin Engineering University, 10217.

10288 Nanjing University of Science and Technology.

10356 China Jiliang University.

Wuhan University 10486.

Beijing University of Technology, Beijing 10005, China.

10142 Shenyang University of Technology.

10701 Xidian University.

10459 Zhengzhou University.

10140 Liaoning University.

Tsinghua University, Zhejiang University, Shanghai Jiaotong University, Xi'an Jiaotong University, Zhongke University, Nankai University.

Let me provide you with the dual control of Zhejiang University!

Research Directions of the School of Electrical Engineering and the Institute of Science and Technology:

01 Nonlinear control, adaptive control, robust control and decentralized control 02 Intelligent control and intelligent systems, complex motion control and robot control 03 Informatization, automation and intelligent integration technology of complex networks and complex systems.

Research Directions of the School of Information Science and Engineering:

01Nonlinear control, adaptive control, robust control and decentralized control 02Intelligent control and intelligent system 03Production automation system based on power electronics, electronic technology and computer 04 Modeling and control of complex industrial processes 05**Control 06 Factory integrated automation and computer integrated manufacturing system 07 Fault diagnosis and fault-tolerant control.

The main professional courses are circuits, analog circuits, digital circuits, automatic control theory and automatic control systems. Now there is no need to prepare, the first two years are basic courses, advanced mathematics, physics, etc.

Beijiao used to belong to the Ministry of Railways, and it is estimated that there is a major for the application of railway signals, and you can consult the school directly.

Answer. Automation instrumentation is to learn the working principle of temperature, pressure, liquid level, flow and analysis instruments, control valves, different types and connection forms, etc. The specifications of on-site installation, note the measures of closing the meaning of the macro.

Process control is generally now PLC and DCS control system, find a representative manufacturer products, such as Siemens, learn their software and hardware composition.

Then there is the general principle of automatic control, feedback, cascade and other basic knowledge.

"Automation Instrumentation and Process Control" is a planning textbook for colleges and universities in the 21st century. The book is divided into two parts: automation instrumentation and process control. Among them, the automation instrument chapter includes an overview of automation instruments, process detection instruments, regulators, actuators, display and recording instruments, safety and explosion-proof automation instruments, and fieldbus technology; The process control chapter includes an overview of the process control system, a mathematical model of the controlled object, the design of a single-loop process control system, a complex process control system, and an introduction to an advanced process control system.

Preface. Part I: Automation Instruments.

1. Overview of automation instruments.

Development and classification of automation instruments.

Technical specifications of the instrument.

Brief summary. Thought Questions and Exercises.

2. Process testing instruments.

Composition of process testing instruments.

Temperature detection instrument.

Pressure Detection Instrument.

Flow Detection Instrument.

Liquid level detection instrument.

Ingredient Detection Instrument.

Brief summary. Thought Questions and Exercises.

3 regulators. Routine PID regulation.

Regulate the law of stupid splitting auspicious choices.

Analog regulators.

Digital PID controller.

Self-tuning PID regulator.

Brief summary. Thought Questions and Exercises.

4 actuators. Pneumatic control valves.

Flow characteristics of the control valve.

Electric-pneumatic converters and electric-pneumatic valve positioners.

Electric control valves.

Installation of actuators.

Brief summary. Thought Questions and Exercises.

5. Display recording instrument.

The potentiometer displays the recording meter.

The balanced bridge displays the recording instrument.

Paperless recorder.

Virtual display of recording instruments.

Brief summary. Thought Questions and Exercises.

6. Safety and explosion-proof of automation instruments.

Safety explosion-proof concept.

**Sexual substances are classified by group.

Safety barriers. Brief summary. Thought Questions and Exercises.

7. Fieldbus technology.

Fieldbus control technology.

Reference model. Fieldbus.

Brief summary. Thought Questions and Exercises.

Next: Process control.

8 Overview of the process control system.

The composition of a process control system and its characteristics.

Classification and performance indicators of process control systems.

Brief summary. Thought Questions and Exercises.

9. Mathematical model of the controlled object.

The dynamic characteristics of the plant object.

Methods for establishing mathematical models of controlled objects.

Brief summary. Thought Questions and Exercises.

10. Design of single-loop process control system.

Overview of process control system design.

Single-loop control system scheme design.

Single-loop control system tuning.

Commissioning of the process control system.

Application examples of single-loop process control systems.

Brief summary. Thought Questions and Exercises.

11. Complex process control system.

Cascade control system.

Feedforward control system.

Dachun hysteresis control system.

Ratio control system.

Homogeneous control system.

Split range control system.

Selective pacing control system.

Small source knot. Thought Questions and Exercises.

12 Introduction to Advanced Process Control Systems.

Adaptive control system.

Inference control system.

Control system.

Fuzzy control system.

Expert system. Brief summary. Thought Questions and Exercises.

Appendix A Thermocouple Indexing Table.