6 CSA/IAA Conference on
Advanced Space Technology
th
6 th CSA/IAA Conference on
Advanced Space Technology
PROGRAM
November 10-11, 2015
Shanghai, China
6 th CSA/IAA Conference on
Advanced Space Technology
Organizers
Contents
01 Organizers
03 Conference Program
13 Keynote Speakers
15 Introduction to Organizers
20 Conference Venue
Floor Plans
21 Shanghai Main Roads Map
& Shanghai Subway Map
22 Transportation
Hosted by
Chinese Society of Astronautics (CSA)
International Academy of Astronautics (IAA)
Supported by
China National Space Administration (CNSA)
China Aerospace Science and Technology Corporation (CASC)
China Aerospace Science & Industry Corporation (CASIC)
China Space Foundation (CSF)
Organized by
Shanghai Academy of Spaceflight Technology (SAST)
Shanghai Society of Astronautics (SSA)
Chairs
LEI Fanpei
Chairman of CASC
International Program Committee
Chair
Co-chairs
YUAN Jie
Vice President of CASC
Vice Chair
YANG Junhua
Vice President and Secretary General of CSA
DAI Shoulun
President of SAST
Secretary General
YANG Junhua
Vice President and Secretary General of CSA
Deputy Secretary General
MENG Guang
Vice President of SAST
Filippo GRAZIANI
Member of IAA, President of GAUSS Srl
Members
CHEN Jie
Chief Engineer of SAST
Harijono DJOJODIHARDJO
Full Professor of Department of Aeronautics and Astronautics,
Institute Teknologi Bandung
Alban DUVERDIER
Bilateral International Affairs Consellor of CNES
LI Ming
Vice President of China Academy of Space Technology
GONG Jinyu
Deputy Secretary General of CSA
MA Haiquan
Vice General Manager of Space Star Technology Limited Liability Company
GUO Jianping
Vice Director General of International Corporation
Dep of CASC
Rainer SANDAU
Director of Research and Development at Heinrich-wild-Strasses,
heerbrugg, Switzerland
YUAN Jie
Vice President of CASC
ZHANG Di
Director of Space Dep. of CASIC
WANG Guoqing
Vice President of China Academy of Launch Vehicle Technology
LIU Shiquan
Vice President of CASIC
CHEN Jie
Chief Engineer of SAST
YUE Xiaokui
Professor of School of Aeronautics, Northwestern Polytechnical University
Jean-Michel CONTANT
Secretary General of IAA
Vice Chairs
01
Local Organizing Committee
02
Program at a Glance
09:30-15:10
Keynotes
Location: Panorama Room, 3rd Floor, Huating Hotel
Chairperson: MENG Guang ( VicePresident of SAST )
09:30-09:45
Keynote 1
The IAA Future Activities
Jean-Michel Contant
Secretary General of IAA
Monday, 9 November 2015
08:00-18:00
Tuesday, 10 November 2015
07:00-09:00
09:00-09:30
09:30-12:00
12:00-13:00
13:10-15:10
15:20-18:20
18:30-20:30
Conference
Program
Filippo GRAZIANI
Member of IAA
Registration
Registration
Opening Ceremony
Keynotes
Lunch Break
Keynotes
Technical Sessions
Welcome Reception
09:45-10:15
Keynote 2
Gauss Activities & Innovative Multipurpose Micro Satellites
Filippo GRAZIANI
Member of IAA and President of GAUSS Srl
10:30-10:40
10:15-10:25
Coffee & Tea Break
10:25-10:55
Keynote 3
Key Development Direction and Critical Technologies of Space Technology
LI Ming
Vice president of China Academy of Space Technology
10:55-11:25
Keynote 4
Jovian Outpost: A Shortcut to Unveil the Universe
Tetsuo Yasaka
Professor Emeritus of Kyushu University
11:25-12:00
Keynote 5
The Application and Development of Meteorological and Environmental Satellite
CHEN Jie
Chief Engineer of SAST
12:00-13:00
Lunch Break
13:10-13:40
Keynote 6
The International Astronautical Federation (IAF) and the Highlights of its
66th International Astronautical Congress IAC 2015 in Jerusalem
Christian FEICHTINGER
Executive Director of International Astronautical Federation
13:40-14:10
Keynote 7
Present Situation and Development Trend of Chinese Commercial Space Tourism
ZENG Dong
The Assistant President of China Academy of Launch Vehicle
14:10-14:40
Keynote 8
Second Launch in a Year: Enhanced Epsilon Evolution Program
Yasuhiro MORITA
Chair of Department of Space Flight System, Project Manager of JAXA
14:40-15:10
Keynote 9
Fortune Star, A project for Internet access globally
Chao BEI
Vice Director of Space Engineering System Department of CASIC
15:10-15:20
Break
Wednesday, 11 November 2015
09:00-12:10
12:20-13:20
Technical Sessions
Lunch Break
Day by Day
Monday, 9 November 2015
08:00-18:00
Registration
Location: 3rd Floor, Huating Hotel
Tuesday, 10 November 2015
07:00-09:00
Registration
Location: 3rd Floor, Huating Hotel
09:00-09:30
Opening Ceremony
Location: Panorama Room, 3rd Floor, Huating Hotel
Chairperson: YANG Junhua (Vice President and Secretary General of CSA)
Opening Remarks
03
Location: 1st, Floor Garden Court , Huating Hotel
04
Conference Program
6 th CSA/IAA Conference on Advanced Space Technology
Session C
15:20-16:40 Technical Sessions (Each presentation is 10 minutes including Q & A)
Satellite Propulsion and Power Supply Technology (Including Satellite Structure, Integrated Electronics)
Location: Dynasty 5, 2nd, Huating Hotel
Chairs: ZHANG Shuqing (China), DU Zhongxuan (China)
Session A
Satellite loading and Application Technology
Location: Dynasty 1, 2nd, Huating Hotel
Chairs: Franco Boldrini（Italy）D. Oertel（Germany）
No.
No.
Description
Paper ID
First Author
A1 SATTELITE IMAGERY FOR MARINE OBJECTS IDENTIFICATION
UNDER HIGHLY PERTURBED SEA
A2 The Lightning Imager Instrument of Meteosat Third Generation
A3 Information-analytical system of risk assessment and prevention
of asteroid and comet hazard
A4 ADLAND – an Advanced Land Observation Mission
A5 Use of GNSS for Recreational Scuba Diving
A6 Minimizing Latency by Using Existing Global Ground Networks
A7 Researches on Multi-component Calibration- Free Trace Gas
sensor in Manned Space Vehicle
6048
Vladimir Kulagin
6015
6049
Franco Boldrini
Kaperko Alexey
6052
6090
6135
6001
D. Oertel
CHONG Yean Joo
Kenneth Olafsson
JIANG Meng
Session B
Satellite Platform and Control Technology
05
Paper ID
First Author
C1 Novel hybrid honeycomb sandwich panel for EMI shielding and
ESD protection in satellites
C2 A Bandwidth Efficient Phase Demodulator for On-Board Satellite
Receivers
6101
6104
Rasheed Ahmed
Baloch
Bilal Hassan
C3 Design of annular ring patch antenna for circular polarization
operation using dual dielectric substrate layers
C4 Thermal Expansion Coefficients Calculate and Analysis for
Unidirectional Fiber-reinforced Composite of Space Truss
Structure
C5 Experimental Investigation for Single-phase Heat Transfer of
Confined Jet Array Impingement on a Round Heated Surface in a
Narrow Space
C6 ELECTRIC PROPULSION APPLICATION IN CHINESE
TELECOMMUNICATION SATELLITES
C7 The connection technology research of lines in Hall Thruster
under high temperature
6105
Zeenat Rajar
6009
MA Jian
6033
DU ZhongXuan
6036
ZHOU Zhicheng
6059
YANG Jian
Session D
Location: Dynasty 2, 2nd, Huating Hotel
Chairs: Ignacio Barrios Tascón (Spain) WANG Wei (China)
No.
Description
International Cooperation and Aerospace Business ( Including Small Satellite, Delivery)
Description
Paper ID
First Author
B1 QBITO development and lessons learned
B2 High Accuracy Testing of Space-borne Antennae Through Soft
Calibration of Standard Gain Hor
B3 Multi-criteria optimization of multi-satellite observation and
communication constellations target functioning efficiency on
the basic of operative planning
B4 SPACESTAR STAR TRACKER: Designed to be The Choice of Future
Recurrent Platforms
B5 Sun Sensor on-a-chip: progress and final product capabilities
B6 Orbit Control Maneouvre Module for Thaichote Satellite
B7 Backstepping Control Using Single Gimbal Control Moment Gyro
with Parameter Uncertainties
6041
6114
Ignacio Barrios Tascón
Ismatullah
6126
Valerii V. Darnopykh
6013
Franco Boldrini
6014
6138
6142
Franco Boldrini
P.NAVAKITKANOK
Elkhayat Mohamed
Location: Dynasty 3, 2nd, Huating Hotel
Chairs: Klaus Schilling (Germany), Yasuhiro Morita (Japan)
No.
Description
Paper ID
First Author
D1 Innovation Potential by Small Satellites for Spacecraft Design
D2 Small Satellite Formations for Earth Observation and
Telecommunication
D3 Application of Model-based Systems Engineering in Small
D4 Satellite Conceptual Design – A SysML Approach
Small Satellites: A New Challenge For State Sovereignty
D5 A Review on the topology, functional tests and environmental
tests for the electrical Power subsystem of a small LEO satellite
D6 Design and fabrication of a set of Mechanism device for Hold
Down , Release and Deploying of Solar Panel in Small Satellites
D7 Second Launch in a Year: Enhanced Epsilon Evolution Program
6034
6035
Klaus Schilling
Klaus Schilling
6113
6130
Muhammad Waseem
George Anthony Long
6139
F. bagher Oskooei
6140
Hosseini Name
6177
Yasuhiro Morita
06
16:40-16:50 Break
6 th CSA/IAA Conference on Advanced Space Technology
16:50-18:20 Technical Sessions (Each presentation is 10 minutes including Q & A)
Session A
Satellite loading and Application Technology
Location: Dynasty 1, 2nd, Huating Hotel
Chairs: Franco Boldrini（Italy）,D. Oertel（Germany）
No.
Description
Session C
Paper ID
First Author
A8 Application and Development of Enhanced Satellite-based
Navigation Systems
A9 The Technical Feature and Application of CBERS04-The
International Cooperation Satellite
A10 Multikernel Machine-based Hyperspectral Remote Imagery
Processing System on Satellite Platform
6010
DENG LianYin
6053
HE Wei
6062
XIE XiaoDan
A11 Space Optical Remote Sensing Application on Lands ,Ocean and
Atmosphere Observation
A12 Space Detection System based on Ultrafast Optics
A13 GNSS based Time Transfer
A14 S/X Dual-band Dual-polarized Microstrip Antenna Array for
Satellite Applications
A15 Spaceborne Ka/G Dual –frequency Cloud Profile Radar Discussion
6081
RUN NingJuan
6019
6100
6103
LIU Xun
LIU YanYing
YAN BinYun
6109
WANG Ping
Session B
Satellite Propulsion and Power Supply Technology (Including Satellite Structure, Integrated Electronics)
Location: Dynasty 5, 2nd, Huating Hotel
Chairs: ZHANG Shuqing (China), DU Zhongxuan (China)
No.
C8
C9
C10
C11
C12
C13
C14
C15
Description
Development of Non-explosively Actuators
Integrating Design of Lightweight Flat Cable
Structural analysis of the interconnector used in flexible solar array
Study on Design Method for Distribution Systems Based on
Maintainability
A study on the thermal performance of the motorized thermal
shade system
Surface modification of RDX using conducting polymer:
Preparation, properties and application
A Tool for Simulation and Analysis of Space Propulsion Systems
Transient Performance
Design and Fabrication of High Transparent and Conductive Optical
Thin Films with Atomic Oxygen Resistant
Paper ID
First Author
6066
6069
6070
6074
LIU ShiYi
WANG ZhiBin
WANG ZhiBin
DU ZhanChao
6084
La Dong
6085
SHI ZhiQuan
6089
CHEN HongYu
6091
FAN Xiang
Session D
Satellite Platform and Control Technology
International Cooperation and Aerospace Business ( Including Small Satellite, Delivery)
Location: Dynasty 2, 2nd, Huating Hotel
Chairs: Ignacio Barrios Tascón (Spain) , WANG Wei (China)
Location: Dynasty 3, 2nd, Huating Hotel
Chairs: Klaus Schilling (Germany), Yasuhiro Morita (Japan)
No.
Description
B8 KM5B – A LARGE SPACE ENVIRONMENT TEST FACILITY OF CHINA
B9 Design and Manufacturing of Spacecraft Shell Structures Based on
Automated Fiber Placement
B10 Design of Unification Dataflow on Spacecraft Based on CCSDS AOS
B11 Star Sensor Alignments Estimation Using Landmarks
B12 Research on Scheduling Method of Dynamic Resources with
Satellites Parallel Test
B13 An Algorithm for Detecting Projection Ellipse of Docking Ring
Component Based on Arc Segment Combination
B14 New Concept Study on Electromagnetic Force Deorbit of Waste
Satellite with Active Power-on System
B15 An improved Linearization Calibration Method of Space-borne
Three-axial Magnetometer Based on Mathematical Platform
Paper ID
First Author
6043
6044
Zhang ShiYi
Wang Ke
6054
6055
6087
Wang LiSheng
Gu Yue
LIU YiFan
6092
TIAN ShaoXiong
6099
SUN Yue
6006
Wang JiaBo
No.
Description
Paper ID
First Author
D8 A Study of Intelligent Power Supply for CubeSat
D9 STEP M: Space to Effectively Prepare for Migration
D10 trajectory/general parameters optimization for suborbital launch
vehicle
D11 Innovational Design and In-orbit Test of Small SAR Satellite
Electrical Power System
D12 Study on Application of Wireless Ad Hoc Network for Moonlet
D13 Extract Feature Frequency of Rocket Vibration Signal Based on
EEMD and Correlate Coefficient Test
D14 Development and Testing of Nitrous OxidePropane Rocket Engine
D15 Burnout Point Sensitivity Analysis for General Parameters of
Nearspace Launch Vehicle
6012
6018
6039
YAO YuYing
ZHAO XiaoFeng
SUN ShiJie
6050
JIA XiaoDong
6056
6058
WANG LiSheng
ZHANG JianHai
6068
6086
WANG Dong
ZHANG YeSen
18:30-20:30 Welcome Reception ( upon invitation only)
Location: 1st, Floor Garden Court, Huating Hotel
07
08
Wednesday, 11 November 2015
09:00-10:30
6 th CSA/IAA Conference on Advanced Space Technology
Technical Sessions (Each Presentation is 10 minutes including Q & A)
Session A
Session C
Satellite loading and Application Technology
Location: Dynasty 1, 2nd, Huating Hotel
Chairs: ZHANG Jiandong (China), LIU Xun (China)
No.
Description
Satellite Propulsion and Power Supply Technology (Including Satellite Structure, Integrated Electronics)
Location: Dynasty 5, 2nd, Huating Hotel
Chairs: YE Yaokun (China), WANG Zhibing (China)
Paper ID
A16 Study on RF MEMS Switch Matrix in Multifunctional Phased Array
A17 A broadband Quasi-Yagi Antenna Operating at X-band
A18 An Efficient Iterative Least-Squares Pattern Synthesis Method for
Satellite Communication
A19 Low-light-level Imaging Technology Based on Black Silicon CMOS
Detector
A20 Research of Range Migration and Correction Algorithms in SAR
Range-Doppler Imaging
A21 Experiment research on CPT atomic clock disciplined by GPS
A22 Design of variable fractional delay filter using
discrete-cosine-transformation
A23 Application of User Terminal in the Field of Space-based Internet
A24 Application of Inter-Satellite-Link in the field of Spaced-based Internet
First Author
6111
6112
6131
ZHOU WeiWei
ZHENG YiYuan
FENG DanPing
6020
LI Wei
6137
CHEN Min
6153
6156
ZHANG ZhenWei
LI ZeQing
6159
6160
LI HaiHao
Li HaiHao
Session B
Satellite Platform and Control Technology
Description
B16 Binocular Vision Pose Measurement of Spacecraft in Short Range
Based on Docking Ring
B17 Parameter Influence Analysis for Doppler Velocity-Survey Target
Source on Asymmetric Spatial Heterodyne Technology
B18 Error Analysis of the Autonomous Celestial Navigation Based on the
Spectrum Velocity Measurement
B19 High-precision Control of Mechanical Flywheel Based on RBF-PID
Algorithm with Disturbance Compensator
B20 All-electric Propulsion Satellite Leading Revolution of
Telecommunication Satellite Development
B21 Studies on Fast Attitude Maneuver for Spacecraft
B22 Design of flywheel configurations for fast maneuver on single-axis
of spacecraft
B23 Development of an Equivalent Equipment for Satellite Power Supply
Distribution System based on LabView
B24 Satellite Plate Structure Selection and Design Analysis
09
Description
Paper ID First Author
C16 Thermal Analysis and Thermal Design Research of Space Power
Control Unit Based on The Finite Element Method
C17 Numerical Modeling for the Dynamic Tracking of Dynamic-hydrostatic
Hybrid Gas Seals for liquid oxygen pump
C18 Research on Dynamic Simulation of an Aerospace pyrotechnic device
C19 Application of GPS in TT&C Systems Time Synchronization
C20 Design of Multi-Bus Communication Framework Using Multi-level
1553B Bus and RS422 Multi-Bus for Digital Systems in Satellites
C21 Fuel Cell Power System with High Reliability for Space Applications
C22 Research on Discharge Plasma Characteristics of An Ablative Pulsed
Plasma Thruster via Emission Spectrometry
C23 Solid Propellant Micro-thruster Design for Space Propulsion
Application
C24 Analysis on the Out-of-Plane Mechanical Properties of Honeycomb
Sandwich Structures and Experimental Validation
6093
Jiang Yue
6003
ZHANG ShuQiang
6004
6005
6120
YE YaoKun
ZHANG YanPing
GENG WeiXin
6128
6146
YU XiangAn
YANG Lei
6175
XU ChaoQi
6167
LIU XiaoYu
Session D
Location: Dynasty 2, 2nd, Huating Hotel
Chairs: PANG Yujia (China ), ZHU Qinghua (China)
No.
No.
International Cooperation and Aerospace Business ( Including Small Satellite, Delivery)
Paper ID
First Author
6115
CAO ShuQing
6124
ZHANG Wei
6125
HUANG QingLong
6008
ZHANG Cong
6133
HU Zhao
6016
6002
LI YingBo
QI Ming
6121
LIU XiaoLong
6157
WAN Shuang
Location: Dynasty 3, 2nd, Huating Hotel
Chairs: WANG Jiabo (China), WU Shufan (China)
No.
Description
D16 Data Transmission Scheme for Micro-satellite Formation and Network
D17 Overview of Small Satellite Propulsion System
D18 The opportunities and challenges of China’s Commercial
Communication satellite in global landscape
D19 Trajectory Reconstruction Based on GPS Measure Data for Rocket
Projectiles
D20 Energy Management and Design of Vehicle Trajectory based on
Optimized Section
D21 Simulation Analysis and Experimental Study joint payload connection
D22 Mass Optimization Design of Separation Devices for Pint-size Load
Based on Multi-Island Genetic Algorithm
D23 Tether Deployment Control Scheme Analysis and Design for
Electrodynamic Tethered Upper-Stage Deorbit System
D24 Onboard real-time image auto-selection for small-satellite applications
Paper ID First Author
6021
6026
6027
LI Peng
Guo ManLi
LIU Yue
6028
Bian WeiWei
6145
Yang LingXiao
6149
6163
CUI ShenShan
Zhao ShanShan
6164
Zhang Feng
6165
Mei ShaoHui
10
6 th CSA/IAA Conference on Advanced Space Technology
Conference Program
10:30-10:40
Break
10:40-12:10
Technical Sessions (Each Speech is 10 minutes including Q & A)
Session A
Session D
Satellite loading and Application Technology
Location: Dynasty 1, 2nd, Huating Hotel
Chairs: ZHANG Jiandong (China) , LIU Xun (China)
No.
Description
A25 Research on Precise Remote Time Synchronization Based on
Communication Satellite
A26 An Experimental Study on Airborne Polarimetric SAR Data Calibration
A27 The Research on the Implementation and Transformation of GPS
Technology Patents
A28 Research on Spacecraft in Orbit Early Warning Subsystem
A29 Study on high sensitive detection technology of near-space
hypersonic aircraft for space-based infrared Early warning system
A30 Research and application of intelligent processing technology of
remote sensing data
A31 The Development of Forestry Terminal System Based on Beidou
Multimode Navigation
A32 A Novel Design for Satellite Communications Signal Spectrum
Auto-Monitor Method
A33 Error Analysis and Experiment Validation of Height Retrieval for the
Interferometric Imaging Radar Altimeter
11
International Cooperation and Aerospace Business ( Including Small Satellite, Delivery)
Location: Dynasty 3, 2nd, Huating Hotel
Chairs: WANG Jiabo (China), WU Shufan (China)
Paper ID
First Author
6158
WANG HaiFeng
6169
6174
WANG Peng
LI Ping
6116
6117
YANG HaiFeng
LI Jia
6162
NI JinSheng
6161
NI JinSheng
6122
Zhang Fen
6166
LI YinWei
No.
Description
D25 Development and Discussion of the Air Launching Technology
D26 Experimental Research of Regression Rate of N2O and HTPB Hybrid
Rocket Motor
D27 STU-2：A CubeSat Mission for Earth Observation and Marine/ Air
Traffic Monitoring
D28 Digraph-model-based Dynamic Command Scheduling: An Emerging
Paradigm for Smart Satellite Operation
D29 Precise integrated navigation system application in Long March 2D and
4 Launch Vehicle
D30 Geomagnetism Sensing & Calibration of LING QIAO Satellite
D31 Hyperspectral satellite application in Asia-pacific
12:20-13:00
Paper ID
First Author
6168
6171
Du LinFei
Guo Fang
6176
Wu ShuFan
6031
TIAN ZhiXin
6178
Ren Danping
6011
6134
Wang JiaBo
Shen Dan
Lunch Break
Location: 1st, Floor Garden Court, Huating Hotel
12
Keynote Speakers
6 th CSA/IAA Conference on Advanced Space Technology
Filippo GRAZIAN
Christian FEICHTINGER
Mr. Grazian obtained his Laurea Degree in Electronic Engineering , University of Roma "La
Sapienza" and Laurea Degree in Aerospace Engineering , In addition ,he is Visiting Scholar at
Stanford University (California), 1974/1975, Department of Aeronautics and Astronautics. He also
had research activity at NASA Goddard Space Flight Center (Greenbelt, VA), 1976 and
1977.Currently, he is President of the Italian company Group of Astrodynamics for the Use of Space
Systems (G.A.U.S.S. srl) . He is member of the International Academy of Astronautics (IAA) for the
Engineering Sciences Sector. He is senior Professor of Astrodynamics at the University of Roma "La
Sapienza", Scuola di Ingegneria Aerospaziale.
An engineer by background, Dr Feichtinger graduated from the Graz University of Technology and earned a PhD
in Space Experimentation. Since 2012 he is Executive Director of the International Astronautical Federation (IAF),
a globally active federation, which was founded in 1951 to foster dialogue between scientists around the world
and support international cooperation in all space-related activities and continues to connect space people
worldwide. The Federation is the world’s leading space advocacy body with over 300 corporate members,
including all key space agencies, companies, societies, associations and institutes across 66 countries. IAF is the
organiser of the premier annual gathering of the global space community, the International Astronautical
Congress (IAC).Before moving to the IAF, Dr. Feichtinger became Head of the ESA Permanent Mission in the
Russian Federation in 2007 and from 2009 – 2011 was European Space Agency’s (ESA) Senior Advisor on
Exploration. Prior to that, he was head of ESA’s permanent mission in the Russian Federation, after having
worked as the Agency’s representative for human space flight and exploration in Moscow about a decade.
LI Ming
LI Ming is currently Vice President of China Academy of Space, the director of Science and
Technology Committee and also Vice President of Shenzhou College. He once worked as
commander in chief and the chief designer of two satellite, making great breakthrough of a number
of techniques. He participated in the project demonstration of many major projects, such as the
observation system to the earth with high resolution, the third period of Lunar Exploration Project，
deep space exploration, National space information infrastructure for emergency and National civil
space infrastructure.
Tetsuo YASAKA
ZENG Dong
ZENG Dong is currently the assistant president of China Academy of Launch Vehicle Technology, and also the
director of Technology Development Dept. Furthermore, Mr.Zeng is the fellow of Commercial Spaceflight Safety
Committee of International Astronautical Federation. He is member of Scientific Advisory Board of UK-China Space
Mechatronic Systems Technology Laboratory. He is member of Space International Administrative Committee. Mr.
Zeng actively promotes international technical exchanges and cooperation of China Space. Moreover, Mr. Zeng is
also actively proposing and promoting the development and progress of domestic commercial space.
Yasuhiro MORITA
CHEN Jie
Yasuhiro Morita is a professor of Department of Space Flight Systems, Institute of Space and Astronautical Science
(ISAS) of JAXA. His research interests cover almost all the areas of Systems and Control. Dr. Morita has also
served as the project manager of “Epsilon Launch Vehicle” from the beginning of the project and has been leading
the development of space launch vehicles in Japan. In Epsilon, he made the vehicle highly intelligent and converted
the launch control facilities to as compact ones as mobile for the first time ever in the world. As researcher, he
established the Guidance and Control of the M-V launch vehicle, the predecessor of Epsilon, in both the software
and the hardware designs to help the vehicle become the world best performance solid rocket launcher that was
utilized even for the planetary missions including Hayabusa. In this endeavor, he applied the post-modern control
theories (H-infinity and μ-synthesis control) to launcher control for the first time ever in the world.
He also made the great contributions to the scientific satellite missions in attitude control, flexible structures,
multi-bodies dynamics, and system design. In the development of Japan’s first Mars observer, Nozomi, he designed
the autonomous deployment mechanism for the first time ever in Japan. He also invented the precise attitude
control device by use of the rhumb-line control algorithm for highly spinning small satellites (patent, apparatus and
method for controlling thruster valve, 1998). He has more than 30 years experience in aerospace for domestic and
international research and development programs.
Mr Chen is Chief Engineer of SAST, member of the fifth council of CSA, Vice Chairman of the fifth
liquid rocket propulsion system committee. He has rich experience in aerospace development
strategy, space flight system demonstration and space propulsion system.
BEI Chao
Tetsuo Yasaka is the Professor Emeritus of Kyushu University and he is also Director of QPS
Institute. Before joining in QPS-I, he was a professor of Kyushu University in the department of
Aeronautics and Astronautics, where he was engaged in research of space systems dynamics,
including small satellite, service vehicle and space debris. He worked on establishment of Jovian
Outpost program in early 2000’s involving resources across the university. He established a
university network across Japan for hands-on education of space engineering which eventually
grew into UNISEC (University Space Engineering Consortium) in 2002, serving as its first
president. He was a founding member of Space Debris Study Group of JSASS established in
1990, at which time he was engaged in communication satellite development in NTT (1974-1994).
His carrier in space started in 1970 at ISAS where he was mainly engaged in structural
development of Mu and Lambda launch vehicles.
BEI Chao is Vice Director Of Space Engineering System Department of CASIC.
13
14
Introduction to Organizers
Hosts
6 th CSA/IAA Conference on Advanced Space Technology
Supporters
Chinese Society of Astronautics (CSA)
Chinese Society of Astronautics (CSA) was founded in October 1979 and formally registered in Beijing, China;
it is a non-governmental and non-profit academic organization and corporation aggregate. Members of CSA
include 34 professional committees, 179 institutional members and 23346 individual members. The purposes of
the CSA are to expedite the development and popularization of space science and technology with
astronautical professionals and technicians. Current President of Executive Council is Prof. XU Dazhe.
Since its foundation, CSA has carried out pointed academic and non-governmental exchanges at home and
abroad. It has already established bilateral or multilateral relationship with international astronautical institutions
and relevant organizations from many countries and regions. Thus CSA plays an active role in accelerating the
development of space science and technology and promoting the activities in the peaceful use of outer space
for the benefits of mankind.
CSA is willing to establish the collaborative relationship with astronautical societies, space agencies, research
institutions and relevant organizations from different countries and regions in the astronuatical field and
cooperate for the peaceful use of outer space for the benefits of human society.
China National Space Administration (CNSA)
China National Space Administration (CNSA) is the governmental organization of People's Republic of China
responsible for the management of space activities for civilian use and international space cooperation with
other countries, and performs the corresponding governmental functions.
Studying and formulating policies and regulations of the space industry;
Studying and formulating development programs and plans of the space industry;
Organizing and implementing the major space projects and programs;
Demonstrating, approving, implementing and supervising civilian space scientific research projects;
Managing the international space exchanges and cooperation, and participating in the related
international organizations and their activities on behalf of the Chinese government.
中国航天科技集团公司
China Aerospace Science and Technology Corporation
International Academy of Astronautics (IAA)
International Academy of Astronautics was founded in 16 August 1960, Stockholm, Sweden, by Theodore Von
Karman. It is an independent non-governmental international organization recognized by the United Nations in
1996. It aims to fostering the development of astronautics for peaceful purposes. IAA recognizes individuals
who have distinguished themselves in a related branch of science or technology and also provides a program
through which members may contribute to international endeavors. IAA plays an active role in encouraging
international cooperation in the advancement of aerospace science.
IAA holds meeting every two years Meeting (every two years). Board of Trustees (meets twice a year) is
consists of President, four Vice-Presidents and twenty-eight Trustees, seven from each Section, including
Basic Sciences, Engineering Sciences, Life Sciences, Social Sciences. Dr Madhavan G. Nair replaced Prof
Edward C. Stone, USA, as current president. Vice-Presidents are Mr Yannick d'Escatha, France; Prof Liu
Jiyuan, China ; Dr Hiroki Matsuo, Japan. Anatoly Perminov, Russia served as General and Dr Jean-Michel
Contant, France is Secretary General.
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China Aerospace Science and Technology Corporation (CASC)
CASC is a large state-owned enterprise group with its own famous brands such as Shenzhou and Long March,
intellectual properties, outstanding innovative capabilities, and strong core competitiveness. CASC was formally
founded on July 1, 1999 with its headquarters in Beijing.
CASC has 8 large R＆D and production complexes, including the China Academy of Launch Vehicle Technology
(CALT), Academy of Aerospace Solid Propulsion Technology (AASPT), China Academy of Space Technology
(CAST), Academy of Aerospace Liquid Propulsion Technology (AALPT), Sichuan Academy of Aerospace Technology
(SAAT), Shanghai Academy of Spaceflight Technology (SAST), China Aerospace Times Electronics Corporation
(CATET), and China Academy of Aerospace Aerodynamics (CAAA) as well as a number of specialized companies
such as China Great Wall Industry Corporation (CGWIC), listed companies and other units directly affiliated to it.
CASC is mainly engaged in the research, design, manufacture and launch of space systems such as launch
vehicles, satellites and manned spaceships as well as strategic and tactical missiles, and also provides international
commercial satellite launch service. It has the capability and experience needed to perform large system
engineering management. Its R&D and industrial bases are mainly distributed over Beijing, Shanghai, Tianjin, Xi'an,
Chengdu, Inner Mongolia, Hong Kong (Shenzhen) and Hainan. By virtue of space technology, CASC pays great
attention to product development in such areas as satellite applications, information technology, new materials and
regenerative energy, special space technology applications, special vehicles and auto parts, and space biology, and
has formed a good development pattern. Over the past decades, CASC has made outstanding contributions to the
national economic and social development, and scientific and technical progress.
It boasted more than 170 thousand employees in total, including more than 30 academicians of the Chinese
Academy of Sciences (CAS) and the Chinese Academy of Engineering (CAE).
At present, CASC is constructing a new aerospace industrial system to accelerate the development of its
businesses, covering space systems, defense systems, aerospace technology applications, and aerospace
services. It has been promoting exchanges and cooperation, dedicated itself to innovation, seen pioneering and
rapid development, and building itself into a leading international aerospace enterprise group, thus making new
contributions to the national modernization construction and peaceful exploration of space for mankind.
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Introduction to Organizers
中国航天科工集团公司
CHINA AEROSPACE SCIENCE & INDUSTRY CORP.
6 th CSA/IAA Conference on Advanced Space Technology
Local Organizers
China Aerospace Science & Industry Corporation (CASIC)
China Aerospace Science & Industry Corporation (CASIC) is the backbone of China’s national defense science
and technology industry. Established in 1956 as the Fifth Academy of the Ministry of Defense, CASIC has a history
of growth with the names of the Ministry of the Seventh Machinery Industry, Ministry of Aerospace Industry, Ministry
of Aviation and Aerospace Industry, China Aerospace Corporation, and China Aerospace Machinery and
Electronics Corporation. Now CASIC has five academies, two scientific research and production bases, six
publicly-listed companies and over 570 enterprises and institutes, with more than 135,000 employees.
As the largest missile weapon designer and manufacturer in China, CASIC boasts a comprehensive system for
developing, researching and manufacturing air defense missile systems, cruise missile systems, solid rockets, and
space products, covering land, sea, air, space and electromagnetism. Up to now, CASIC has successively
developed dozens of advanced missile weapons, which contributes greatly to the modernization of China’s national
defense weaponry and equipment. CASIC is the main force of China aerospace industry, and has devoted itself to
build a space-ground integrated security and support system in manned spaceflight, lunar exploration and other
major national projects, featured by microwave measurement radar, γ altitude control device, Space Hospital and
Space Kitchen.
In recent years, pursuing the concept of “Extensive Defense and Great Security” and through the successful
integration of military and civilian sectors, CASIC has turned out a series of products with military-civilian
dual-purpose technology. The intelligent taxation system, security technology system and emergency rescue
equipment self-developed by CASIC play an important role in maintaining the secure operation of national
economy, in furnishing the security for great events such as Beijing Olympic Games, World Expo Shanghai and
Asian Games Guangzhou, and in the quick actions against contingencies and natural disasters.
Advancing towards the future, CASIC will stick to the four strategies of integration of military and civilian sectors,
innovation-driven development, self-building with talents, and winning out of quality. CASIC will build itself into a
world first class aerospace defense corporation by 2020 with space defense as its leading industry, with
information technology and equipment manufacture as its major supporting industries, and with its persistent
efforts in the innovations in technology, business mode and management.
China Space Foundation (CSF)
China Space Foundation (CSF), which is formally founded on March 1, 1995, is a national public-raising
foundation and an independent legal entity approved by the People's Bank of China and registered with the
Ministry of Civil Affairs. It is composed of General Armament Department of PLA, China Aerospace Science and
Technology Corporation and China Aerospace Science and Industry Corporation.
Authorized by national space administration, CSF becomes the only legitimate fundraiser of giving and receiving
donations outside the field of China space industry. Any title sponsorship or donation named after China space
should be centralized managed by CSF. Accordingly, CSF has carried out many title sponsor permits work such as
"strategic partners, business partners, sponsors and support providers of China's space industry". It legally owns
the "commercial emblem of China space" of which registration accepted by Ministry of the State Administration for
Industry and Commerce for ownership.
The purpose of CSF is to serve the China space industry, including encouraging the units and individuals which
made outstanding contributions; inspiring youth to explore and innovate; conducting space science education,
training young generation and enhancing the people's awareness of space; sponsoring academic exchange in
space and training high-level personnel to improve world vision and strategic thinking capabilities; supporting the
contacts and cooperation with international space-related organizations; building civil-military integration
development platform to promote the technology integration between military and civilian, and to promote national
industrial restructuring and upgrading.
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上海航天技术研究院
Shanghai Academy of Spaceflight Technology
Shanghai Academy of Spaceflight Technology (SAST)
Founded on August 1st, 1961, and located in China's economic center and the largest industrial city, Shanghai
Academy of Spaceflight Technology (SAST) is one of the key bases of China Spaceflight industry. Taking science
and technology as the lead, SAST has developed for 50 years, during this period, continuous efforts have been
made for speeding up the technology progress, improving the development level, making greater achievements,
broadening the scope of business, developing the industry and the enhancement of comprehensive capability.
The aerospace products involve the series of launch vehicles, applications satellites, manned spaceship，deep
space exploration and lunar rovers. The scope of business on commercial products includes photovoltaic,
automobile components, vehicle lithium batteries, natural gas transmission and distribution, mechatronic
equipment, composite materials as well as import/export trade. Now, the total employee of SAST is over 20,000,
among them, more than 6,000 are technical personal of different ranks including Academicians of Technology,
professors and senior engineers. Under the management of SAST, there are 12 research institues,12 enterprises
including those engaged in manufacturing commercial products and listed company. Equipped with fine
advanced equipment, SAST is fully capable for design, development, manufacture and test with various means
for inspection and measurement. SAST has primarily formed a comprehensive entity with complete specialty of
various categories, which combines scientific research, manufacture, technology and trade as one.
Shanghai Society of Astronautics (SSA)
Shanghai Society of Astronautics (SSA), a non-governmental and non-profit organization, founded in 1987 by
scientific and technical workers , engaged in aerospace and disciplines concerned. At present, members of SSA
include 61 corporations and 1700 individuals ,including 10 academicians of Chinese Academy of Science and
Chinese Academy of Engineering, 6 academicians of International Academy of Astronautics,22 senior members
and 254 advanced members.
The 6th council consists of 54 members ,including 24 executive members ,and the current president is Shoulun
DAI, President of SAST.
The primary job of SSA is to carry out activities of aerospace and disciplines concerned, like academic
communication ,popularization of science and technology ,policy-making consulting ,continuing education ,
publication and so on.
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Introduction to Organizers
Sponsors
Conference Venue
Floor Plans
Floor plan of the second floor
Aerospace System Engineering Shanghai (ASES)
ASES(Aerospace system engineering Shanghai) was built in 1984.It is a comprehensive research institute with
two main business, overall “space transportation system” and “space structure and mechanism products”,
covering multiple areas of “rocket, spaceship, satellite, spacecraft”.
The rocket is our main business unit. ASES has taken about 40% domestic market shares. Meanwhile, “LM-2D”,
“LM-4B”, “LM-4C” are three Launch vehicles on active duty, and they acquire continuous excellent success. And
ASES has completed several international launch services, including single launch and piggyback launch.
In the Manned Spaceflight tasks, ASES takes charge of relevant design work of 5 subsystems, and it has
successfully completed solving technical issues. The docking mechanism, the semi-rigid solar array and the
SADM are firstly applying the new creative technologies, which are the core products of rendezvous docking
task. ASES continues to take charge of the design of modules for Third Phase of manned spaceflight.
Shanghai Institute of Satellite Engineering (SISE)
Founded in 1969, Shanghai Institute of Satellite Engineering (SISE) is one spacecraft/satellite system design unit
affiliated to Shanghai Academy of Spaceflight Technology (SAST). SISE mainly focuses on the research and
development of meteorological satellites, microwave/SAR satellites, advanced technological and experimental
satellites and deep space probes.
Floor plan of the third floor
According to the statistics till October 2015, SISE has achieved a total of 40 satellites successful launching, and
these satellites have been playing crucial roles in domestic scientific experiments, land resources investigation,
crop yield estimation, and disaster monitoring & mitigation etc,. During years of development and effort, SISE
has pioneered in multiple creations and innovations in Chinese space history, such as
——Cradle of Chinese meteorological satellites, and the only authorized manufacturer;
——First to launch Chinese space magnetism monitoring experimental satellite;
——First to launch Chinese synthetic aperture radar (SAR) satellite;
National Space Science Center, CAS (NSSC)
National Space Science Center(NSSC) began with the ‘581’ Group led by Zhao Jiuzhang,the winner of ‘Two
Bombs and One Satellite’ Merit, intiated China’ man-made satellite , space science and exploration, promoted
preponderant disciplines,such as space physics and detecting techniques ,electricmagnetic and microwave
technology,computer application, developed a number of payloads for space exploration and integrated
electronics for satellites.NSSC plays an important leading role in satellite applications ,manned spaceflight and
space exploration.
NSSC has developed more than 30 detecting equipments for satellites and participated in researching tasks
over 20 aerospace projects ,100 satellites and 330 loads,including Manned Spaceflight, Lunar Exploration ,
Beidou project,‘Fengyun’project and so on.
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Floor plan of Panorama Room
Floor plan of Dynasty
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延安路高架/延安西路
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OA
路
NR
HA
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HU
AO
RO
淮海路 HAUIHAI ROAD
上海火车站
Shanghai Railway Station
路
QI
AD
山
NG
华
HO
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)
肇嘉浜路 ZHAOJIABANG ROAD
IR
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内环高架/中山西路
溪
北
路
CA
OX
Metro Line 3,4
地铁3,4号线
内环高架/中山南路 ZHONGSHAN ROAD(S)
中 环 MIDDLE RING EXPRESSWAY
沪
闵
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HU
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漕
MIDDLE RING EXPRESSWAY
A20 EXPY
Metro Line 9
地铁9号线
YAN AN ROAD(W)
D(
桥
中环
外环
上海虹桥国际机场
Shanghai Hongqiao Railway Station
Shanghai HongqiaoInternational Airport
上海虹桥火车站
虹
外环
A20 EXPY
上海浦东国际机场
Shanghai Pudong
International Airport
Metro Line 1
地铁1号线
HUA TING HOTEL
华亭宾馆
ADD: North Caoxi Rd. No.1200,
Xuhui District, Shanghai
上海市徐汇区漕溪北路1200号
Transportation
> Pudong International Airport to Hua Ting Hotel
Please take metro Line 2 to Shanghai Railway station, and
interchange to metro Line 1. Get off at Shanghai indoor
Stadium to exit No.7 to Hua Ting Hotel.
> Shanghai Railway Station to Hua Ting Hotel
At Shanghai Railway Station, please take Metro Line 1 and
get off at Shanghai Indoor Stadium, Exit No.7 to Hua Ting
Hotel.
> Shanghai Hongqiao Railway Station to Hua Ting Hotel
At Shanghai Hongqiao Railway Station, take metro Line 10
and get off at Hongqiao Station, interchange to metro Line
4 to Shanghai indoor stadium. Exit No.7 to Hua Ting Hotel.
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