http://www.ists.or.jp/2011/The 28th
International Symposium on Space Technology and Science (ISTS)
June 5 to 12, 2011 in OKINAWA
Abstract Deadline November 15, 2010 Technical Sessions
Technical Sessions will be categorized into the following 17 sessions. The key words for each Technical Session are as follows:
a) Chemical Propulsion and Air-breathing Engines
Solid, Liquid, Hybrid Rockets, Air-breathing Engines, Reusable Rockets
b) Electric and Advanced Propulsion
Electric Propulsion, Laser/Microwave Propulsion, Solar-thermal/Sailing Propulsion, Electrodynamic Tether System, Nuclear Propulsion, Magnetohydrodynamics, Microthrusters, Thruster Plume and Spacecraft Interactions
c) Materials and Structures
Structures of Spacecrafts and Space Vehicles, Structural Dynamics and Control, Structural Analysis, Tests and Nondestructive Inspections, Material Characterizations, New Materials
d) Astrodynamics, Navigation Guidance and Control
Attitude Dynamics, Attitude Determination & Control, Attitude & Payload Sensor Calibration, Orbital Dynamics, Orbit Determination & Control, Trajectory Design and Optimization, Mission Design, Spacecraft Navigation, Entry/Landing/Ascent Guidance, Navigation & Control, Orbital Rendezvous & Proximity Operations, Formation Flying & Satellite Constellations, Space Robotics & Rover, Spacecraft Autonomy & Intelligence, Guidance, Navigation & Control Components, Recent Experiences & Lessons Learned
e) Fluid Dynamics and Aerothermodynamics
High Enthalpy Flow, Atmospheric-entry, Aero-thermodynamics, Aerodynamic Design, Rarefied Gas, Radiation, Thermal Protection System, Plasma, Magneto-Gasdynamics, Low Speed Aerodynamics, Low-speed Aerodynamics at Takeoff and Landing, Supersonic and Hypersonic Flow, Gas Dynamics, Wind Tunnel
f) On-Orbit and Ground Support Systems
On-Orbit Missions, Spacecraft/Space Station and Their Subsystems, Spacecraft/Space Station Ground Support Systems, Ground Testing and Simulation, Telescience, Small Satellites, Spacecraft Constellations, New Approach to Satellite Development
g) Space Transportation
Reusable Launch Vehicles (RLVs), Expendable Launch Vehicles (ELVs), Reentry Vehicles, Orbital Transfer Vehicles (OTVs), Human Space Transportation
h) Space Utilization Science and Technology
Microgravity Science, Physical Science, Fluid physics, Combustion Science, Fundamental Physics, Microgravity Experiments, Hardware development, Space Life Science, Materials Processing on Moon, Atomic Reactor on Moon, Technology Developments for Human Exploration, Space Science on ISS
j) Satellite Communications and Broadcasting
System Architectures, Networks and Protocols, Experimental Projects and Results, Subsystems, Components and Devices, Propagation, Regulation, Financing and Marketing
k) Solar System Exploration and Scientific Research
Mission Analysis and Scientific Research for Lunar, Planets and Small Celestial Bodies Exploration, System Description of Spacecraft
n) Earth Observation
Earth Observation, Earth Environment, Remote Sensing, Remote Sensing Sensors, Application of Remote Sensing, Data and Signal Processing, Data Analysis, Ground System, Data Assimilation, Global Change Prediction, Earth System Science, Geographic Information Systems, Global Positioning System
p) Space Life Science
Space Medicine and Physiology, Countermeasures, Metabolism, Neurophysiology, Environmental Medicine, Behavior and Performance, Psychosocial Issue, Mental Health Care, Remote Medical Care and Tele-medicine, Biomedical Technology, Space Radiation(Measurement, Biological effect, Protection), Space Biology, Gravitational Physiology and Biology, Artificial Gravity, Analogue Environments and Simulations, Public Outreach and Education in Life Science, Human Exploration of moon and mars
q) Space Power Systems
Solar Power Satellite, Solar Cells, Power Sources, Power and Heat Management
r)
Space Environment and DebrisSpace Environment, Space Weather,
Space Debris, Impact Test, Spacecraft–Environment Interaction
t) Systems Engineering and Information Technology
Systems Engineering – Methodologies, Systems Engineering – System Design, Systems Engineering – Process and Tools, Model Based Systems Engineering, Verification and Validation, IT Application for Systems Engineering, Project Management and Systems Engineering, Risk Management, Software Engineering, Requirement Engineering, Knowledge Management
u) Space Education and Outreach for the Benefit of All People
Space Education, Public Outreach
v) Space Law, Policy and International Cooperation
International Law of Outer Space, Regulations and Domestic Laws of Use of Outer Space, Commercialization of Outer Space, Property Right of Outer Space, Exploitation of Natural Resources of Outer Space, Protection of Environment of Outer Space, Space Debris, International Peace and Security, National Security, Regional/International Stability using Outer Space, Weaponization of Outer Space, International Cooperation
