2011-06 profile-school of physical...
TRANSCRIPT
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School of Physical School of Physical
ElectronicsElectronics
IntroductionIntroductionIntroductionIntroduction
June 2011June 2011
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1. Overview1. Overview
2. People2. People
3. Academic Disciplines3. Academic Disciplines
IndexIndexIndexIndex
3. Academic Disciplines3. Academic Disciplines
4.4. ResearchResearch
5. Student Education5. Student Education
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1956195619561956
School of
Electroni
c Vacuum
1958195819581958 1978197819781978 19841984198419841979197919791979 2001200120012001
1. History
1 Overview
School of
Electroni
c Vacuum c Vacuum
Device
Physics
Lab
High
Energy
Electronic
Institute
Radio
Physics
SchoolApplied
Physics
Dept.
Applied
Physics
Institute
School of
Physical
Electronics
c Vacuum
Device
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2. Academic
organization
1 Overview
Applied Physics Dept.College Physics Experimental
Center
Applied Physics Teaching and
Research Office
College Physics Teaching Center
Economic Physics Research Center
Plasma Physics and Nuclear Fusion
Research Center
THZ Research Center
Modern Physics
Research Center
School of
Elec. Info. Sci. & Tech.
Dept.
Optical Communication and
Optical Info. Process Teaching and
Research Office
Radio Physics Teaching and
Research Office
High Energy Elec. Inst.
Applied Physics Inst.
Vacuum Elec. Tech.
Dept.
Microwave Vacuum Elec. Tech.
Research Lab
Microwave Vacuum Elec. Tech.
Engineer Center
Radio Physics Research Lab
Optical Communication and
Optical Info. Process Research Lab
THZ Research CenterPhysical
Electronics
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�� 1 1 Academician of the Chinese Academy of Science
Total 208 Faculty,,,,in which 150 teachers
((((including 94 PhDs and 28 PhD candidates)
2 People
�� 1 1 Academician of the Chinese Academy of Science
�� 1 with National Thousand Talents Plan Professor1 with National Thousand Talents Plan Professor
�� 1 Yangtze River Scholar Award Professor1 Yangtze River Scholar Award Professor
�� 6 Sichuan Academic and Technology leaders6 Sichuan Academic and Technology leaders
�� 6 Talents with New Century Training Program6 Talents with New Century Training Program
�� 29 PhD Advisors, 34 Professors,29 PhD Advisors, 34 Professors, 41 with Vice41 with Vice--Senior TitleSenior Title
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Academic disciplines of Academic disciplines of
Science and EngineeringScience and Engineering
Electronic Science and Technology
First Level Discipline
3 Academic disciplines
1.1.
(((( First Level Discipline))))
Physical
Electronics
National
Key
Subject
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Physics
(((( First Level Discipline ))))
3 Academic disciplinesAcademic disciplines of Academic disciplines of
Science and EngineeringScience and Engineering
2.2.
OpticsRadio
Physics
Plasma
Physics
Condensed
Matter
Physics
Theoretical
Physics
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UniversityUniversity--
UESCTUESCT--MeidiMeidi Microwave Tube Technology and Microwave Tube Technology and Microwave Application Joint LabMicrowave Application Joint Lab
UESTC CST Training CenterUESTC CST Training Center
UESTCUESTC--YuguangYuguang Electronic Device Engineering Electronic Device Engineering
Research Base
3 Academic disciplines
UniversityUniversity--Enterprise Enterprise Cooperation Cooperation
LabLab
UESTCUESTC--YuguangYuguang Electronic Device Engineering Electronic Device Engineering CenterCenter
UESTCUESTC--BaotongtianyuBaotongtianyu UWB Electronics Joint UWB Electronics Joint LabLab
UESTCUESTC--LeiaofengdianLeiaofengdian Sensor Joint LabSensor Joint Lab
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1, Physical Electronics and Plasma Physics
� Microwave Tube Manufacture Base((((The only one in
Chinese Universities))))
Research Base
3 Academic disciplines
Chinese Universities))))
� High Power Microwave Generation, Transmission and
Emission
� THz Electronics Lab
� Vacuum Micro-electronics and Nano-electronics Lab
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Research Base
3 Academic disciplines
频谱仪频谱仪频谱仪频谱仪信号源信号源信号源信号源
Microwave
Millimeter wave
Test Capability
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Vacuum Electronic Techniques Experimental Platform (1)
Research Base
3 Academic disciplines
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Vacuum Electronic Techniques Experimental Platform (2)
Research Base
3 Academic disciplines
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Vacuum Electronic Techniques Experimental Platform (3)
Research Base
3 Academic disciplines
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Vacuum Electronic
Techniques
Experimental Platform
EM and Particle
Simulation
Platform
Microwave
Millimeter wave
Test Capability
Research Base
3 Academic disciplines
Basic Basic
TheoryTheory
ResearchResearch
Computer Computer
Aided Aided
DesignDesign
Device Device
Design, Design,
Fabrication, Fabrication,
ManufactureManufacture
Device Device
“Cold” Test“Cold” Test
AndAnd
“Hot” Test“Hot” Test
Application Application
ResearchResearch
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2, Radio Physics2, Radio Physics
� Computational Electromagnetic and its Application Lab
Research Base
3 Academic disciplines
�Millimeter Wave Circuit and System Lab
� Ultra Wide Band Electromagnetic and its Application Lab
� RF-Microwave Photonics and its Application Lab
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3, Optics3, Optics� Free Space Optical Communication, Information
Transmission and Process
Research Base
3 Academic disciplines
Transmission and Process
� Information Optics Experimental and Research Center
� Computer Optics Lab
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4, 4, Condensed Matter PhysicsCondensed Matter Physics
Research Base
3 Academic disciplines
� Condensed Matter Physics Lab
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Academic Exchanges
3 Academic disciplines
Holding International Millimeter Wave Holding International Millimeter Wave
and THz Technology Conferenceand THz Technology Conference
Holding First International IEEE MTTHolding First International IEEE MTT--SS
Microwave ConferenceMicrowave Conference
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� Microwave Vacuum Electronic Technology
� High Power Microwave Technology
� Plasma Theory, Technology and Microwave Energy
Application
1. Research Fields
4 Research
� 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
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MM Wave
Circuit and
System
Computational
High Power
Gyro-Device
New Broad Band
Power MM
Wave TWT
Optical
Communica
tion
Technology
Solid Radiation
Effects, Nano
Composites
Preparation
Technology
and its
Optoelectronic
4 Research2. Research Teams (Classified by Disciplines)
Physical Electro
nics
Radio Physics
Condensed Matte
r Physics
Computational
Electromagnetic
and its
Application
Ultra Wide Band
Electromagnetic
and its
Application
Microwave Tube
CAD Technology
Vacuum THz
Source
Vacuum Micro-
Electronics and Mini
Vacuum Device
High Power
Microwave Device
Micro/Nano
Optics
Semiconductor
Optical
Measurement
Technology
Optoelectronic
Property
Solid-State
Spectroscopy
and Material
Optoelectronic
Property
Theoretical
Material
Physics
and its
Property
Physical Electro
nics
Radio Physics
Optics
Condensed Matte
r Physics
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7100710071007100
5000500050005000
6000600060006000
7000700070007000
8000800080008000
Unit: 10,000 RMBUnit: 10,000 RMB3. Funding
4 Research
2146.22146.22146.22146.22251.62251.62251.62251.6
4001400140014001 37853785378537853727372737273727
0000
1000100010001000
2000200020002000
3000300030003000
4000400040004000
5000500050005000
2005200520052005 2006200620062006 2007200720072007 2008200820082008 2009200920092009 2010201020102010
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9 910
16
14
10
12
14
16
4 Research4. National Nature Science Funding Quantity
9 9
4
0
2
4
6
8
10
2005
2006
2007
2008
2009
2010
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YEAR SCI Index EI Index ISTP Index
2001 20 27 17
2002 21 24 11
4 Research5. Publications
2002 21 24 11
2003 34 39 15
2004 54 92 24
2005 69 94 20
2006 91 121 28
2007 123((((SCIE))))
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((((1)))) THz Vacuum Electronic Device
4 Research6. Academic Achievement (from the year of 2001)
First vacuum electronics based THz radiation source in First vacuum electronics based THz radiation source in
China. Basically solved the output power and frequency China. Basically solved the output power and frequency
measurement technology of the 0.22 THz measurement technology of the 0.22 THz GyrotronGyrotron..
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b 1
a 1
s 1
((((2)))) Ka Band Meandered TWT
4 Research6. Academic Achievement (from the year of 2001)
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((((3))))New Type of 8mm Coxial Millimeter
Wave EIO Device
4 Research6. Academic Achievement (from the year of 2001)
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.
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Specifications
IAPLab
(((( 4))))Ka Band Gyro-Klystron
4 Research6. Academic Achievement (from the year of 2001)
IAP
Peak Power 280kW
Average Power 2.5kW
Frequency 34GHz
Gain 34dB
Band Width 0.53%
Efficiency 32%
Peak Power 300kW
Average Power 5.1kW
Frequency 34GHz
Gain 30.3dB
Band Width 0.88%
Efficiency 36%
Lab
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(((( 5))))3mm Second Harmonic Gyrotron
4 Research6. Academic Achievement (from the year of 2001)
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Microwave Tube CAD Technology
TWTCAD Code ((((2D)))) MTSS Suit((((3D))))
4 Research6. Academic Achievement (from the year of 2001)
Kinds of Slow-wave Structure Characteristics Calculation
Asymmetric Multistage
Depressed CollectorGrided Electron Gun Multi-beams Electron Gun
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Ka Band SPDT Switch W Band Noise Amplifier
4 Research6. Academic Achievement (from the year of 2001)
Millimeter Millimeter
Assembly Assembly
DeviceDevice
Capacitor Loaded Compact Capacitor Loaded Compact Waveguide FilterWaveguide Filter
Compact Multi-modes
FilterBroadband Waveguide
Power Divider
RF Circuits Photos Ka Band Twice Frequency
Conversion Low Noise Front-end
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Condensed Matter Physics
6. Academic Achievement (from the year of 2001)
4 Research
2001————2009 Published 653 papers
2001————2007 356 papers were indexed by
three major international database
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Sci. Applied Physics
Electronic Information Physics
Condensed Matter
Physics
Optics
Discipline Relied
1. Undergraduate Majors
5 Student Education
Sci.
Eng. Vacuum Electronic
Technology
Electronic Information
Science and TechnologyPhysics
Physical
Electronics
Plasma
Physics
Radio Physics
Sci.
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Grade
Major2009 2008 2007 2006 Total
Electronic Information
Science and Technology116 125 83 94 418
2. Undergraduate Enrollment
5 Student Education
Science and Technology116 125 83 94 418
Applied Physics 61 53 58 53 225
Vacuum Electronic
Technology61 61 54 30 206
Nuclear Engineering
and Technology Approved
Total 238 239 195 177 849
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Major PhD Student Master Student
Physical Electronics 52 63
Radio Physics 33 131
2. Graduate Enrollment
5 Student Education
Plasma Physics 8 47
Optics 12 65
Condensed Matter Physics 12 41
Electronic Science and
Technology—— 111
Total 117 458
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Computer RoomComputer Room
Electronic Information Electronic Information
Physical Experimental Physical Experimental
CenterCenter
3. Undergraduate Teaching Lab
5 Student Education
Student Creation Room
Physical Experimental Center
Electronic Information Electronic Information
Sci. and Tech. LabSci. and Tech. Lab
Hardware LabHardware Lab
Millimeter Wave Circuit Millimeter Wave Circuit
and System Laband System Lab
Optical Holographic LabOptical Holographic Lab
Student Creation RoomStudent Creation Room
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RatesRates
YearYear
CET4 CET4
Passing Passing
Rate Rate
before before
Grade Grade
TwoTwo
CET6 CET6
Passing Passing
Rate Rate
before before
Grade Grade
TwoTwo
CET4 CET4
Passing Passing
Rate Rate
before before
Grade Grade
OneOne
Graduation Graduation
RateRate
Degree Degree
Granting Granting
RateRate
Graduate Graduate
Admission Admission
RateRate
Study Study
Abroad Abroad
RateRate
4. Rates
5 Student Education
TwoTwo TwoTwo OneOne
2007 95.88% 42.93% 87.60% 93% 100% 41.8% 3.8%
2008 96.63% 55.06% 97.50% 93% 97.20% 48.3% 2.8%
2009 99% 57.22% 92.20% 99.47% 97.88% 59.24% 4.76%
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Rate
Grade
Undergraduate
student
Employment Rate
Graduate student
Employment Rate
07 98.73% 98.7%
97.8% 98%
5. College Student Employment
5 Student Education
08 97.8% 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
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