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Uchu Suteshon Koenkai, Yujin Uchu Hiko Gijutsu Shinpojiumu Koenshu
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Uchu Suteshon Koenkai, Yujin Uchu Hiko Gijutsu Shinpojiumu Koenshu
16th-13th
- The international space station: Current status.
- Utilization Plan of International Space Station/Japanese Experiment Module, "Kibo".
- Development Status of Fluid Physics Experiment Facility.
- Development Status of Image Processing Unit.
- Development Status of Gradient Heating Furnace.
- Development Status of Advanced Furnace for micro-gravity Experiments with X-ray radiography.
- Development of Cell Biology Experiment Facility(CBEF) and Clean Bench(CB), Life Science Multi-User Facility for JEM.
- Development Status of Solution/Protein Crystallization Facility.
- Development of the JEM/SMILES on the International Space Station. Performance Measurement in the Cooling Receiver Division.
- Concept of Micro-Particles Capturer and Space Environment Exposure Device(MPAC&SEED) Experiments on the International Space Station(ISS).
- Verification of Inorganic Matter Organism Organic Substance Generation Using Space Station Exposed Facility.
- Characteristics of Gas Proportional Counter Tube for the Monitor of All-Sky X-Ray Image.
- Characteristics of X-ray CCD for the Monitor of All-sky X-ray Image.
- Development of the "KIBO" Exposed Facility Attached Payload. In the Case of "Space Environment Data Acquisition-Attached Payload".
- Neutron measurement plan in the U.S. Laboratory module of International Space Station(ISS).
- Development Status of Experiment Logistic Module Exposed Section.
- Development Status of JEM Inter-Orbit Communications System.
- The 1st Basic Training for the Japanese ISS Astronaut Candidate.
- International Space Station and Astronauts.
- Gravity-Gradient Stability of Space Structures under Variation of Configuration.
- Attitude Variation Characteristics of International Space Station.
- Microgravity Performance Evaluation Flight Experiment of the Reconfigurable Brachiating space Robot.
- Development of Vision Equipments for Space Station JEM.
- Study on End-effector Path for Reduction of an Impulsive Force at Capturing a Target.
- Safety Design of International Space Station.
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