. Ov O e v r e vi v ew . Pe P o e ple . Acad a em m c Di D scipline n s 4. Re R s e ea e r a ch . Stud u en e t n Ed E uc u at a ion

Transcription

1 School of Physical Electronics Introduction June 2011

2 Index 1. Overview 2. People 3. Academic Disciplines 4. Research 5. Student Education

3 1 Overview 1. History School of Electroni c Vacuum Device Physics Lab School of Electroni c Vacuum Device Radio Physics School High Energy Electronic Institute Applied Physics Institute Applied Physics Dept. School of Physical Electronics

4 1 Overview 2. Academic organization School of Physical Electronics Applied Physics Dept. Modern Physics Research Center THZ Research Center Vacuum Elec. Tech. Dept. High Energy Elec. Inst. Elec. Info. Sci. & Tech. Dept. Applied Physics Inst. College Physics Teaching Center College Physics Experimental Center Applied Physics Teaching and Research Office Plasma Physics and Nuclear Fusion Research Center Economic Physics Research Center Microwave Vacuum Elec. Tech. Research Lab Microwave Vacuum Elec. Tech. Engineer Center Radio Physics Teaching and Research Office Optical Communication and Optical Info. Process Teaching and Research Office Radio Physics Research Lab Optical Communication and Optical Info. Process Research Lab

5 2 People Total 208 Faculty,in which 150 teachers (including 94 PhDs and 28 PhD candidates) 1 Academician of the Chinese Academy of Science 1 with National Thousand Talents Plan Professor 1 Yangtze River Scholar Award Professor 6 Sichuan Academic and Technology leaders 6 Talents with New Century Training Program 29 PhD Advisors, 34 Professors, 41 with Vice-Senior Title

6 3 Academic disciplines 1. Academic disciplines of Science and Engineering Electronic Science and Technology ( First Level Discipline) Physical Electronics National Key Subject

7 3 Academic disciplines 2. Academic disciplines of Science and Engineering Physics ( First Level Discipline ) Plasma Physics Radio Physics Optics Condensed Matter Physics Theoretical Physics

8 3 Academic disciplines Research Base University- Enterprise Cooperation Lab UESCT-Meidi Microwave Tube Technology and Microwave Application Joint Lab UESTC CST Training Center UESTC-Yuguang Electronic Device Engineering Center UESTC-Baotongtianyu UWB Electronics Joint Lab UESTC-Leiaofengdian Sensor Joint Lab

9 3 Academic disciplines Research Base 1, Physical Electronics and Plasma Physics Microwave Tube Manufacture Base(The only one in Chinese Universities) ) High Power Microwave Generation, Transmission and Emission THz Electronics Lab Vacuum Micro-electronics and Nano-electronics Lab

10 3 Academic disciplines Research Base Microwave Millimeter wave Test Capability 信号源 频谱仪

11 3 Academic disciplines Research Base Vacuum Electronic Techniques Experimental Platform (1)

12 3 Academic disciplines Research Base Vacuum Electronic Techniques Experimental Platform (2)

13 3 Academic disciplines Research Base Vacuum Electronic Techniques Experimental Platform (3)

14 3 Academic disciplines Research Base EM and Particle Simulation Platform Microwave Millimeter wave Test Capability Vacuum Electronic Techniques Experimental Platform Basic Theory Research Computer Aided Design Device Design, Fabrication, Manufacture Device Cold Test And Hot Test Application Research

15 3 Academic disciplines Research Base 2, Radio Physics Computational Electromagnetic and its Application Lab Millimeter Wave Circuit and System Lab Ultra Wide Band Electromagnetic and its Application Lab RF-Microwave Photonics and its Application Lab

16 3 Academic disciplines Research Base 3, Optics Free Space Optical Communication, Information Transmission and Process Information Optics Experimental and Research Center Computer Optics Lab

17 3 Academic disciplines Research Base 4, Condensed Matter Physics Condensed Matter Physics Lab

18 3 Academic disciplines Academic Exchanges Holding International Millimeter Wave and THz Technology Conference Holding First International IEEE MTT-S Microwave Conference

19 1. Research Fields 4 Research Microwave Vacuum Electronic Technology High Power Microwave Technology Plasma Theory, Technology and Microwave Energy Application Millimeter Wave, Sub-millimeter Wave Technology Electromagnetic Theory and its Application Free Space Optic Communication and Optic Information Technology Liquid Theory and Photoelectric Material Irradiation Effect Experimental Research

20 4 Research 2. Research Teams (Classified by Disciplines) Phys sical Electronics High Power Gyro-Device New Broad Band Power MM Wave TWT Microwave Tube CAD Technology Vacuum Micro- Electronics and Mini Vacuum Device Vacuum THz Source High Power Microwave Device Rad dio Physics MM Wave Circuit and System Computational Electromagnetic and its Application Ultra Wide Band Electromagnetic and its Application Optics Optical Communica tion Technology Micro/Nano Optics Semiconductor Optical Measurement Technology Conden nsed Matter Physics Solid Radiation Effects, Nano Composites Preparation Technology and its Optoelectronic Property Solid-State Spectroscopy and Material Optoelectronic Property Theoretical Material Physics and its Property

21 4 Research Funding Unit: 10,000 RMB

22 4 Research 4. National Nature Science Funding Quantity

23 5. Publications 4 Research YEAR SCI Index EI Index ISTP Index (SCIE)

24 4 Research 6. Academic Achievement (from the year of 2001) (1) THz Vacuum Electronic Device First vacuum electronics based THz radiation source in China. Basically solved the output power and frequency measurement technology of the 0.22 THz Gyrotron.

25 4 Research 6. Academic Achievement (from the year of 2001) (2) Ka Band Meandered TWT a 1 s 1 b 1

26 4 Research 6. Academic Achievement (from the year of 2001) (3)New Type of 8mm Coxial Millimeter Wave EIO Device Research results are of great significance for the power millimeter wave device investigation to overcome their small size, small current and low output power problems.

27 4 Research 6. Academic Achievement (from the year of 2001) ( 4)Ka Band Gyro-Klystron Specifications Lab IAP Peak Power 300kW Peak Power 280kW Average Power 5.1kW Average Power 2.5kW Frequency 34GHz Frequency 34GHz Gain 30.3dB Gain 34dB Band Width 0.88% Band Width 0.53% Efficiency 36% Efficiency 32%

28 4 Research 6. Academic Achievement (from the year of 2001) ( 5)3mm Second Harmonic Gyrotron

29 4 Research 6. Academic Achievement (from the year of 2001) Microwave Tube CAD Technology TWTCAD Code (2D) MTSS Suit(3D) Grided Electron Gun Multi-beams Electron Gun Asymmetric Multistage Depressed Collector Kinds of Slow-wave Structure Characteristics Calculation

30 4 Research 6. Academic Achievement (from the year of 2001) Ka Band SPDT Switch W Band Noise Amplifier Capacitor Loaded Compact Waveguide Filter Compact Multi-modes Filter Broadband Waveguide Power Divider Millimeter Assembly Device RF Circuits Photos Ka Band Twice Frequency Conversion Low Noise Front-end

31 4 Research 6. Academic Achievement (from the year of 2001) Condensed Matter Physics Published 653 papers papers were indexed by three major international database

32 5 Student Education 1. Undergraduate Majors Discipline Relied Sci. Applied Physics Condensed Matter Physics Sci. Electronic Information Science and Technology Physics s Optics Radio Physics Eng. Vacuum Electronic Technology Physical Electronics Plasma Physics

33 5 Student Education 2. Undergraduate Enrollment Grade Major Electronic Information Science and Technology Total Science and Technology Applied Physics Vacuum Electronic Technology Nuclear Engineering and Technology Approved Total

34 5 Student Education 2. Graduate Enrollment Major PhD Student Master Student Physical Electronics Radio Physics Plasma Physics 8 47 Optics Condensed Matter Physics Electronic Science and Technology 111 Total

35 5 Student Education 3. Undergraduate Teaching Lab Physical Experimental Center Computer Room Electronic Information Sci. and Tech. Lab Hardware Lab Physical Experimental Center Millimeter Wave Circuit and System Lab Optical Holographic Lab Student Creation Room Student Creation Room

36 4. Rates 5 Student Education Year Rates CET4 Passing Rate before Grade Two CET6 Passing Rate before Grade Two CET4 Passing Rate before Grade One Graduation Rate Degree Granting Rate Graduate Admission Rate Study Abroad Rate % 42.93% 87.60% 93% 100% 41.8% 3.8% % 55.06% 97.50% 93% 97.20% 48.3% 2.8% % 57.22% 92.20% 99.47% 97.88% 59.24% 4.76%

37 5 Student Education 5. College Student Employment Grade Rate Undergraduate student Employment Rate Graduate student Employment Rate % 98.7% % 98% 09 99% 98.15% Locations are mainly in Pearl River Delta, Yangtze River Delta, Chengdu and Chongqing areas 70% graduates are employed by well-known international corporations, large state-owned enterprises, universities and research institutions

38