| Cover |
1 |
| Editors List |
2 |
| SE Title Page |
3 |
| Table of Contents |
5 |
| Introduction by Professor Makoto Nagatomo |
7 |
| Laser Propulsion Test Onboard Space Station by Abe and Kuriki |
9 |
| Abstract |
9 |
| Introduction |
9 |
| Review of Technology for LAPS |
9 |
| Laser Power Transmission |
9 |
| Thruster for Laser Propulsion |
9 |
| LAPS Test Onboard SS |
11 |
| System Configuration |
11 |
| System Performance |
12 |
| Conclusion |
13 |
| References |
13 |
| Theoretical And Experimental Study On Rectenna Array For Mw Power Transmission by Adachi and Shimanuki |
15 |
| Abstract |
15 |
| Introduction |
15 |
| Theory |
15 |
| Experiments |
17 |
| Conclusion |
17 |
| References |
17 |
| A Solar-Pumped Laser On The Space Station by Oka and Ishigame |
19 |
| Introduction |
19 |
| A Solar-Pumped Solid-State Laser |
19 |
| A Solar-Pumped Gas Laser |
21 |
| References |
21 |
| Solar Cell and Its Application by Hayashi and Onoe |
23 |
| Abstract |
23 |
| Introduction |
23 |
| Development of Programs on Photovoltaic Technologies |
23 |
| Sunshine Program in Japan |
23 |
| National Photovoltaic Plan in USA |
24 |
| Solar Cell Technology |
24 |
| Mission of Each Technology |
24 |
| Crystalline Si Solar Cell Technology |
24 |
| Amorphous Si Solar Cell Technology |
26 |
| Prospect For The Growth of Phtovoltaic Industry |
26 |
| Some Examples of Solar Cell Applications |
27 |
| International Cooperation |
28 |
| Some Examples On Progress Of Space-Use Solar Cell Technology |
28 |
| Conclusion |
29 |
| References |
29 |
| Cryogenic Power Distribution On A Space Power Station by Higuchi, Kudo and Kimura |
31 |
| Abstract |
31 |
| Introduction |
31 |
| Design of Cable System |
31 |
| Refridgerators |
34 |
| Conclusion |
35 |
| References |
35 |
| Fundamental Study On SPS Rectenna Printed On A Sheet Of Copper Clad Laminate by Itoh, Akiba, Ohgane and Ogawa |
37 |
| Abstract |
37 |
| Introduction |
37 |
| Circular Microstrip Antenna (CMSA) |
38 |
| Wide Frequency Band Characteristics of the CSMA |
39 |
| RF To DC Efficiency Of Bridge Type Rectifying Circuit |
40 |
| Input Filter |
44 |
| 8-Element Rectenna Module |
45 |
| Conclusion |
48 |
| References |
50 |
| Mw Enregy Transmission Test Toward The SPS Using The Space Station by Kaya, Matsumoto, Miyatake, Kimura and Nagatomo |
51 |
| Abstract |
51 |
| Introduction |
51 |
| The Objectives and Systems Of The METT |
52 |
| Function Of The METT Sub-Satellite |
53 |
| Orbital Test Program (OTP) |
53 |
| Environmental Study Program (ESP) |
53 |
| Mechanical Design Of The METT Sub-Satellite |
54 |
| METT Operation |
56 |
| Transportation |
56 |
| Operation of the Orbital Test Program |
56 |
| Operation for the Environmental Study Program |
56 |
| Operation for the Ground Test Program |
56 |
| References |
57 |
| A Preliminary Study On Decntralized COntrol Of Large-Scale Flexibilities by Kida and Ohkami |
59 |
| Abstract |
59 |
| SPS Control Requirements |
59 |
| a. Static/Dynamic Structural Shape Control |
59 |
| b. Pointing Control |
59 |
| c. Constructions in Orbit |
60 |
| Centralized vs Decentralized Control Strategy |
60 |
| Numerical Examples and Discussion |
61 |
| References |
65 |
| Fundamental Study Of Fuel Cell System For Space Vehicle by Kikuchi, Ozeki, Yoshida, Fujita and Kudo |
67 |
| Abstract |
67 |
| Introduction |
67 |
| Fuel Cell System |
67 |
| Fundamental Test |
68 |
| Test Procedure |
68 |
| Major Characteristics |
68 |
| Construction of Fuel Cell |
68 |
| Test Apparatus |
70 |
| Test Results |
70 |
| Conclusion |
76 |
| References |
76 |
| Space Semiconductor Processing Factory by Kudo and Fujisada |
77 |
| Abstract |
77 |
| Introduction |
77 |
| Concept Of Space Semiconductor Processing Factory |
79 |
| Basic Considerations For Processing Factory |
79 |
| Design Philosophy For SSPF Equipments |
80 |
| Research Directions Tward SSPF |
82 |
| 1. Demonstration of Direct Large Scale Wafer Production |
82 |
| 2. Examination of Dynamic Behavior of Dust in Zero-Gravity Field |
82 |
| 3. Research About Waste Disposal |
83 |
| 4. Examination of Dexterity of Computer Controlled Manipulator |
83 |
| Conclusion |
83 |
| References |
83 |
| Space Energetics and Environment Laboratory (SEEL) by Nagatomo ad Obayashi |
85 |
| Abstract |
85 |
| Introduction |
85 |
| Societal Implication and Rationale |
85 |
| Solar Energy Conversion |
87 |
| Power Transmission and Reception |
87 |
| Transportation |
87 |
| Structure, Control and Material |
87 |
| Construction, Operation and Maintenance |
87 |
| Microwave Exposure Effects on Health and Ecosystem |
87 |
| Crew Medical Care |
87 |
| Atmospheric Effect |
88 |
| GEO, LEO Allocation |
88 |
| Outline of SEEL Concept |
88 |
| Evolutionary Plan |
92 |
| Advanced Scheme Of CO2 Laser For Space Propulsion by Kazuo Maeno |
95 |
| Abstract |
95 |
| Introduction |
95 |
| Supersonic CO2 Mixing EDL |
95 |
| Laser Propulsion By CO2 Laser |
97 |
| References |
99 |
| Electric Propulsion Test Onboard The Space Station by Nkamura and Kuriki |
101 |
| Abstract |
101 |
| Introduction |
101 |
| Mission |
102 |
| Operation Constraints |
104 |
| Applications |
105 |
| Reference |
105 |
| A Conceptual Design Of A Solar-Ray Supply System In The Space Station by Tanatsugu, Yamashita and Mori |
107 |
| Abstract |
107 |
| Introduction |
107 |
| Conceptual Application Of SRSS To Space Station |
108 |
| Requirements Of Japanese CELSS Study |
110 |
| Comparison of Solar Ray Collectors To Be Used In The Space Station |
112 |
| Estimated Transmission Efficiency |
112 |
| Installation Of Solar Ray Collector In Space Station |
112 |
| Problems On Application Of SRSS To Space Station |
114 |
| Application Of SRSS To Space Agriculture Experiment |
114 |
| Reference |
116 |
| Proposals For Test Operation Of Electron LINACS On A Space Station And Radiation Processing Of The Eruption Clud Materials Using Electron Beams From LINACS by Takio Tomimasu |
117 |
| Abstract |
117 |
| Electron LINACS As Small Scale Models Of Mw Powere Systems |
117 |
| Proposal For Radiation Processing Of High-Density SO2 and OCS Contained In The Eruption Cloud Using High-Power HIgh-Enregy Electrons From LINACS |
119 |
| Reference |
119 |
| Concept Of SPS Offshore Receiving Station And Potential Sites by Yamashita and Hashimoto |
121 |
| Abstract |
121 |
| Potential SPS Sites |
121 |
| Type of Candidate Offshore Receiving Stations |
123 |
| Structural Concept Of Proposed Offshore Receiving Station |
123 |
| Problems to be Studied |
126 |
| Mooring |
126 |
| Estimation of Proper External Loadings |
127 |
| Joints |
127 |
| Construction |
127 |
| References |
127 |
| Announcement: XXXVI IAC Of The IAF |
129 |
| Editorial: Software Survey by John W Freeman |
130 |