Verfügbarkeit: Space industrialization opportunities

Space industrialization opportunities:

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Bibliographische Detailangaben
Format:	Buch
Sprache:	English
Veröffentlicht:	Park Ridge, NJ, USA Noyes 1985
Schlagworte:	Space industrialization Industrialisierung Nutzung Weltraum Industrie Raumfahrt Aufsatzsammlung
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	Literaturangaben
Beschreibung:	XXIII, 601 S. Ill., graph. Darst.
ISBN:	0815510454

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Datensatz im Suchindex

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adam_text	SPACE INDUSTRIALIZATION OPPORTUNITIES Edited by Camille M Jemigan NASA Marshall Space Flight Center Marshall Space Flight Center, Alabama Elizabeth Pentecost National Aeronautics and Space Administration Washington, DC pp NOYES PUBLICATIONS r I Park Ridge, New Jersey, U SA Contents and Subject Index PART I POLICY, LEGAL AND ECONOMIC ASPECTS NASA S POLICY AND PLANS FOR SPACE COMMERCIALIZATION 2 Philip E Culbertson NON-U S APPROACHES TO SPACE COMMERCIALIZATION 3 Peter G Smith Introduction 3 Space Budget Trends 4 Federal Republic of Germany 6 Budget Levels and Budget Priority Space Commercialization Priorities and Efforts 7 Spacelabs 8 Space Transportation Systems 8 Materials Science 9 Communications and Broadcast Satellites 9 Remote Sensing 9 Meteorology 10 Government-Industry Relations and Space Commercialization 10 France 10 Budget Levels and Budget Priority 11 Space Commercialization Priorities and Efforts 12 Launch Vehicles 12 Communications and Broadcast Satellites 13 Earth Observation 13 Materials Processing 14 Government-Industry Relations and Space Commercialization 14 The European Space Agency (ESA) 17 ix X Contents and Subject Index Budget Levels and Budget Priorities 17 EUTELSAT 18 EUMETSAT 18 Canada 18 Budget Levels and Budget Priority 20 Space Commercialization Priorities and Efforts 20 Satellite Broadcasting and Communications 20 Remote Sensing 22 Government-Industry Relations and Space Commercialization 22 Japan 22 Budget Levels and Budget Priorities 23 Space Commercialization Priorities and Efforts 24 Launch Vehicles 24 Communications and Broadcasting Satellites 25 Remote Sensing 26 Materials Processing and Zero-G Life Sciences 27 Technology Development 27 Government-Industry Relations and Space Commercialization 27 Conclusion 28 LEGAL CONSIDERATIONS AND COOPERATIVE OPPORTUNITIES FOR SPACE COMMERCIAL ACTIVITIES 29 S Neil Hosenball Introduction 29 Incentives for Commercialization 30 Rights to Inventions and Patents 31 Reimbursable Launches 31 Joint Endeavors 31 Rights to Data, Including Trade Secrets and Copyrights 32 Reimbursable Launches 32 Joint Endeavors 33 Copyright Considerations 34 Conclusion 34 Footnotes 35 FINANCIAL ISSUES FOR COMMERCIAL SPACE VENTURES- PAYING FOR THE DREAMS 39 John J Egan SPACE INDUSTRIALIZATION—A NATIONAL PERSPECTIVE 49 V H Reis PART II COMMUNICATIONS DISCIPLINES OVERVIEW OF SATELLITE COMMUNICATIONS 54 Guy Beakley Contents and Subject Index xi THE COMPUTER-COMMUNICATION LINK FOR THE INNOVATIVE USE OF SPACE STATION 55 Chester C Carroll THE REAL WORLD-THE USER 56 James Kitchell PART III MATERIALS PROCESSING-BIOLOGICAL ELECTROPHORESIS OPERATIONS IN SPACE-A PROMISING NEW COMMERCIAL SPACE VENTURE 64 Jim Rose OPPORTUNITIES FOR SPACE BIOPROCESSING 65 Milan Bier Introduction 65 Purification Technology 65 Electrophoresis 66 Isoelectric Focusing 68 References 69 PART IV MATERIALS PROCESSING DISCIPLINES THE ABSENCE OF CONVECTIVE STABILITY IN INCONGRUENT CRYSTAL GROWTH ON EARTH 72 Franz Rosenberger POTENTIAL UTILIZATION OF GLASS EXPERIMENTS IN SPACE 73 N J Kreidl Levels of Utilization 74 Glass Processing Experiments in Space 75 Shells ,75 Critical Cooling Rate and Novel Glasses 76 Gel Synthesis of Glasses 77 Immiscibility 77 Surface Tension 78 Composites 78 Summary 78 References 79 Footnotes 79 Appendix 80 PREPARATION OF LARGE-PARTICLE-SIZE MONODISPERSE LATEXES IN SPACE: THE STS-3, STS-4, STS-6, and STS-7 MISSION RESULTS 81 J W Vanderhoff, M S El-Aasser, F J Micale, E D Sudol, C M Tseng, A Silwanowicz and D M Kornfeld xii Contents and Subject Index LOW-GRAVITY SOLIDIFICATION OF CAST IRON AND SPACE TECHNOLOGY APPLICATIONS 82 James A Graham PRODUCING GALLIUM ARSENIDE CRYSTALS IN SPACE 89 Richard L Randolph Introduction 89 Ground-Based Methods of Crystal Growth 89 Liquid Phase Electroepitaxial Crystal Growth 90 The Market for GaAs 91 Enhancement of Crystal Growth by Space Processing 92 The NASA/MR A Joint Endeavor 92 Space Transportation Systems 93 PART V EARTH RESOURCE OBSERVATIONS DISCIPLINE LAND REMOTE SENSING COMMERCIALIZATION—A STATUS REPORT 96 William P Bishop and E Larry Heacock Introduction 97 Background 98 Current System Description 99 International and Foreign Policy Considerations 100 Technical Proposal Requirements * 101 Government Data Needs 101 Communications 101 Launch 102 Data Base 102 Research amp; Development 102 U S Government Oversight Authority 102 Conclusion 103 THE FUTURE OF SATELLITE REMOTE SENSING: A WORLDWIDE ASSESSMENT AND PREDICTION 105 G William Spann INDUSTRIAL USE OF LAND OBSERVATION SATELLITE SYSTEMS 106 Frederick B Henderson III Industrial Users 106 Data Used 107 How Data is Used 108 Future Requirements 110 SPACE AMERICA S COMMERCIAL SPACE PROGRAM 111 N H MacLeod Contents and Subject Index xiii LANDSAT DATA AND INTERACTIVE COMPUTER MAPPING 112 Richard K Grady Background 112 Remote Sensing and Image Processing 113 Interactive Map Compilation 116 Integrated Geographic Information Systems 117 Summary 118 AGRIBUSINESS AND SPACE-NO LIMITS TO GROWTH 119 Oscar L Montgomery and Charles T N Paludan Agricultural Advances 120 The World Food Problem in Perspective 120 Dependence on Technological Advance 122 Space Related Agricultural Research 123 Remote Sensing 123 Computers, Networks, Software, Math Models 123 Global and Local Communication Improvements 124 Energy Research Related to Agriculture 125 The Hopeful Future 126 References 128 PART VI ROLE OF SPACE CARRIERS AND A SPACE STATION SMALL PAYLOAD FLIGHT SYSTEM (SPFS) 130 RAK Mitchell Background 131 SPFS System Description 133 Structural/Mechanical Subsystem 135 Environmental Control Subsystem 137 Power Control Subsystem 138 Command and Data Subsystem 140 Crew Interface 141 SPFS Service to the User 143 Summary 145 MODULAR EXPERIMENTAL PLATFORM FOR SCIENCE AND APPLICATIONS 146 Allan S Hill Introduction 147 MESA Bus Design 147 Mission Applicability 149 Launch Options 149 Low Cost Features 154 • Summary 158 xiv Contents and Subject Index EUROPEAN RETRIEVABLE CARRIER (EURECA)—AIM EVOLUTIONARY SPACE CARRIER FOR MICROGRAVITY, EARTH OBSERVATION AND TECHNOLOGY DEMONSTRATION 159 R Mory and G Seibert Introduction 160 Key Advantages for Spacelab/Sortie Mode Instruments on EURECA 160 EURECA Flight Scenario 161 EURECA Programme Objectives 161 The EURECA Platform and Its Mission 161 Payload for the First EURECA Mission 162 Automatic Mono-Ellipsoidal Mirror Furnace Facility (AMMFF) 162 Solution Growth Facility (SGF) 162 Protein Crystallization Facility (PCF) 162 Multifurnace Assembly (MFA) 163 Botany Facility (BF) 163 Future In-Orbit Infrastructure Demonstration 163 Concluding Remarks 164 CONESTOGA II—A LOW COST COMMERCIAL SPACE TRANSPORT SYSTEM 179 Richard 0 Rasmussen Introduction 179 Background 182 Conestoga II 182 Logistics and Launch Operations 199 Economic Considerations 201 Summary 205 COMMENTS ON THE COMMERCIALIZATION OF EXPENDABLE LAUNCH VEHICLES 206 Donald R Trilling Background 206 Regulatory Thicket 209 Other Aspects of Commercialization 212 References 213 CONCEPT FOR A COMMERCIAL SPACE STATION LABORATORY 214 Peter W Wood and Peter M Stark Introduction 214 Why a Commercial Space Station Laboratory? 215 What is the CSSL Concept? 216 How Does CSSL Relate to Space Station? 216 How Does the CSSL Enterprise Operate? 217 What are the Issues? 217 What is the Status of CSSL? 218 An Opportunity for U S Industry 219 Contents and Subject Index xv ROLE OF SPACE STATION—THE HOW OF SPACE INDUSTRIALIZATION 226 William R Marshall Introduction 226 Functions of the Space Station 228 Architecture 228 Benefits 229 The Space Station and Industry 230 Space Science and Applications 231 Technology Development 232 National Security 233 Commercial Endeavors 233 Earth and Ocean Observations 233 Communications 234 Materials Processing in Space 235 Commercially Provided Support Services 236 Support to Program and Project Management 237 Transportation and Logistics Services 237 In-Space Testing and Assembly/Disassembly Services 238 Satellite Servicing 239 Facility Operations and Support Services 240 Space Station Design Considerations 242 Configuration Concepts 242 Conclusions 243 PART VII ADDITIONAL SUBJECTS MICROGRAVITY CONTAINER LESS PROCESSING IN LONG DROP TUBES 254 R J Bayuzick, N D Evans, W H Hofmeister and M B Robinson Introduction 254 Drop Tube Hardware 255 Drop Tube Mechanics 255 Experimental Results 257 Arc Cast Nb-25 at% Ge 257 Drop Specimen NT008 257 Drop Specimen NT 146 258 Nb-25 at% Ge Liquid Quenched 258 Summary 258 References 259 THE EVOLUTION OF SMALL PAYLOAD CARRIER SYSTEMS 271 C G Breaux In the Beginning—MPESS 271 Evolution to Small Payload Carrier Systems 275 SPFS System Description 276 Structural/Mechanical Subsystem 277 xvi Contents and Subject Index Environmental Control Subsystem 278 Power Control Subsystem 279 Command and Data System 280 Crew Interface 281 COMMERCIAL SPACE SERVICES 283 David L Christensen EARTH RESOURCES APPLICATIONS 286 William J Conroy and J Max Watson DIRECTIONAL SOLIDIFICATION OF FLAKE AND NODULAR CAST RON DURING KC-135 LOW-G MANEUVERS 287 P A Curreri, D M Stefanescu and J C Hendrix Introduction 287 Procedure 288 Results and Discussion 289 Low Phosphorus Flake Graphite Irons 289 Cerium Containing Spheroidal Graphite Irons 290 High Phosphorus Flake Graphite Cast Iron 290 Conclusions 291 References 292 PROJECT EXPLORER 304 Konrad K Dannenberg, Arthur Henderson, Jonathan Lee, Guy Smith and Ed Stluka CONTAINER LESS DROP TUBE SOLIDIFICATION AND GRAIN REFINEMENT OF NiAI3 305 Edwin C Ethridge, Peter A Curreri, Michael Kelly, Gary Workman, Anita Mobely Smith and Robert Bond Introduction 305 Experimental Procedure 306 Results 306 Discussion 306 Conclusions 307 References 307 PURIFICATION OF BIOMATERIALS BY PHASE PARTITIONING 316 J Milton Harris DEVELOPING COMMERCIAL USERS OF SPACE 317 Louis H Hemmerdinger SHARING THE RISK OF COMMERCIALIZATION 318 Brian Hughes i Contents and Subject Index xvii CRITICAL POINT WETTING DROP TOWER EXPERIMENT 319 William F Kaukler, L M Tcherneshoff and S R Straits Introduction 319 Experiment Apparatus 320 Interface Shapes 321 Preliminary Results 321 Conclusions 322 Appendix: Critical Point Wetting Explained 322 References 323 SOLIDIFICATION AND CRYSTAL GROWTH OF SOLID SOLUTION SEMICONDUCTING ALLOYS 333 S L Lehoczky and F R Szofran INORGANIC COMPOSITES FOR SPACE APPLICATIONS 334 J W Malmendier FLUIDS EXPERIMENT APPARATUS (FEA) 346 Mike Martin COMMERCIALIZING THE TRANSFER ORBIT STAGE 355 Michael W Miller Background 355 Preliminary Market Studies and Project Synthesis 355 NASA Agreement and Project Team 357 Financial Considerations 358 Technical and Program Features 358 Program Status 359 EXTERNAL TANK AFT CARGO CARRIER 361 Thomas B Mobley A PROOF-OF-PRINCIPLE GETAWAY SPECIAL FREE-FLYING SATELLITE DEMONSTRATION 362 R Gilbert Moore SPACE COMMERCIALIZATION: ANALYSIS OF R amp;D INVESTMENTS WITH LONG TIME HORIZONS 363 Thomas P Sheahen Introduction 363 The Hypothetical Investment 364 Investment Evaluation 366 Effect of Change; in Taxes or Financing 368 Risk 370 Summary 371 References 373 xviii Contents and Subject index DESIGN AND IMPLEMENTATION OF A LOW-GRAVITY SOLIDIFICATION EXPERIMENT PACKAGE FOR THE F-104 375 G Smith, R Mead, R Bond, G L Workman and P Curreri ADVANCES IN ELECTROPHORETIC SEPARATIONS 381 R S Snyder and P H Rhodes OPPORTUNITIES FOR COMMERCIAL ORGANIZATIONS 382 William K Vardaman, Harry Atkins and Kenneth R Taylor SATELLITE SERVICING: A BUSINESS OPPORTUNITY? 383 R E Wong and E H Medler DOING BUSINESS IN SPACE: HOW TO GET THERE FROM HERE 384 Peter W Wood and Peter M Stark Introduction 384 Concept Development 385 Existing Enterprise-Space-Based Production 385 Entrepreneurial Ventures 387 Existing Enterprise-Ground-Based Production 387 Summary-Concept Development 387 Feasibility Assessment 388 Existing Enterprise-Space-Based Production 388 Entrepreneurial Ventures 388 Existing Enterprise-Ground-Based Production 389 Summary-Feasibility Assessment 389 R amp;D Program 390 Existing Enterprise-Space-Based Production 390 Entrepreneurial Ventures 390 Existing Enterprise-Ground-Based Production 391 Summary-R amp;D Program 391 Prototype Development 392 Existing Enterprise-Space-Based Production 392 Entrepreneurial Venture 392 Summary-Prototype Development 392 Production/Incorporation into Ground-Based Production 392 Conclusion 393 MISSION MODES FOR A RETURN TO THE MOON 396 Gordon R Woodcock and C C Priest The Apollo Legacy—Footprints on the Moon 396 Objectives of This Paper 397 Why Return? 397 Scientific Payoff 397 The Inevitable Objection 397 Parameters of Permanent Presence on the Moon 400 Base Equipment Delivery Requirements 400 Base Resupply Summary 400 Contents and Subject Index xix Lunar Mission Ground Rules 400 Early Modes 400 Lunar Mission Modes Comparison 400 Independent Lunar Surface Sortie Concept 406 Lunar Lander Concepts Are Related to OTV Concepts 406 Shuttle-Derived Cargo Launch Vehicle 406 Delta Vs in Km/Sec 406 Performance and Mass Summary 406 Logistics Transport Cost Summary, per Mission 406 Influence of Leo Space Station on Lunar Operations 406 Conclusions from Transportation Analysis 415 Space Station Functions 415 Operations, Hardware, and Technology Base 415 Space Station Differences 415 Comparative Program Costs 415 Evolution to Lunar Resources 415 Cost Leverage of Technology Advancements 415 Conclusions 420 APPENDIX SPECIFIC MICROGRAVITY SCIENCE APPLICATIONS INTRODUCTION 422 ELECTRONIC MATERIALS 424 Processing of Complex Compound Semiconductors in Space 424 Fluid Flow in Crystal Growth: Analysis of the Vertical Bridgman and Floating Zone Process 425 Solutal Convection and Its Effects on Crystal Growth and Segrega tion in Binary and Pseudo-Binary System with Large Liquidus Solidus Separation 428 Crystal Growth Research in Space 429 Growth of Organic Crystals by Ostwald Ripening 431 The Influence of Low Frequency Mechanical Vibrations on the Growth of Single Crystals 432 The Control of Float Zone Interfaces by the Use of Selected Boundary Conditions 433 Crystal Growth of Device Quality GaAs in Space 434 Crystal Melts Under Reduced Gravity 436 Microgravity Silicon Zoning Investigation 437 Solution Growth of Crystals in Zero-Gravity 438 Growth of Solid Solution Crystals 439 Hgl2 Crystal Growth for Nuclear Detectors 442 Float Zone Experiments in Space 444 Fluid Dynamics and Thermodynamics of Vapor Phase Crystal Growth 446 Vapor Growth of Alloy-Type Semiconductor Crystals 448 Study of Eutectic Formation 450 xx Contents and Subject Index Modeling Directional Solidification* 452 Heat Flow and Segregation in Directional Solidification 454 SOLIDIFICATION OF METALS, ALLOYS, AND COMPOSITES 456 Effect of Undercooling in a Low-Gravity Containerless Environment on the Structure and Properties of Alloys 456 Measurement of High Temperature Thermophysical Properties 458 Effect of Undercooling and Modified Microstructure on the Physical Properties of Material Synthesized in the Drop Tube and Drop Tower 460 The Influence of Containerless Undercooling and Rapid Solid-State Quenching on the Superconductive and Magnetic Properties of Some Clustering Alloy Systems 462 Convection During Unidirectional Solidification 464 Signal Analysis of Gas Tungsten Arc Welds 466 Mephisto-lnterfacial Destabilization in Metal Alloys 467 Undercooling, Remelting, and Coarsening 468 Liquid Phase Miscibility Gap Materials 470 Dendritic Growth in Undercooled Melts 472 Influence of Melt Convection on Solid-Liquid Interface Under Terrestrial and Reduced Gravity Environments 473 Control of Cast Iron Microstructure 476 The Role of Entrained Surface Oxides in RS-PM Aluminum Alloys on Resultant Structures and Properties 477 The Development and Prevention of Channel Segregation During Alloy Solidification 478 Containerless Solidification of NiAl 479 Study of the Reactive-Element Effect in Oxidation of Fe-Cr Alloys Using Transverse Section Analytical Electron Microscopy 480 Containerless Solidification of Fe and Ni Aluminides 481 Theoretical Problems in Materials Science 482 Orbital Processing of Aligned Magnetic Composites 483 Solidification Fundamentals 485 Measurement of the Properties of Tungsten at High Temperatures 487 Containerless High Temperature Property Measurements by Atomic Fluorescence 488 Containerless Processing of Undercooled Melts 489 Thermal and Solutal Convection Damping Using an Applied Magnetic Field 490 Metallic Foams 492 Diffusion in Immiscible Melts 493 Directional Solidification of Monotectic and Hypermonotectic Aluminum-Indium Alloys Under fjL-g 494 Metals Electroprocessing in Molten Salts 496 Environmental Degradation of Materials: Surface Chemistry Related to Stress Corrosion Cracking 497 Graphite Formation in Cast Iron 498 Theoretical Studies of the Surface Tension of Liquid Metal Systems 499 Contents and Subject Index xxi Containerless Studies of Nucleation and Undercooling 500 FLUIDS AND TRANSPORT PHENOMENA 501 Cloud Microphysics by Thermal Wave Methods 501 Extension of Ostwald Ripening Theory 503 Modelling of Laser-Enhanced Chemical Vapor Deposition 504 Dynamic Thermophysical Measurements in Space 505 Transport Processes in Solution Crystal Growth 506 Free Surface Phenomena Under Low- and Zero-Gravity Conditions 507 Thermocapillary Flows and Their Stability: Effects of Surface Layers and Contamination 508 Mass Transport Phenomena Between Bubbles and Dissolved Gases in Liquids Under Reduced Gravity Conditions 509 Suppression of Marangoni Convection in Float Zones 511 Studies of Model Immiscible Systems 513 Light Scattering Tests of Fundamental Theories of Transport Properties in the Critical Region 515 Transient Heat Transfer in Zero Gravity Environment 516 Surface Tensions and Their Variations with Temperature and Impurities 517 Direct Observation of Critical Point Wetting in Microgravity 518 Surface Tension Induced Instabilities in Reduced Gravity: The Benard Problem 519 Lambda Point Experiment 520 Critical Transport Phenomena in Fluid Helium Under Low Gravity 522 Precise Viscosity Measurements Very Close to Critical Points 523 Experimental and Theoretical Studies of Wetting and Multilayer Adsorption 524 Impurity Extraction by Droplets 525 Energy Stability of Thermocapillary Convection in Models of the Float Zone Process 527 Surface-Tension Driven Convection 528 Thermocapillary Motion Research 529 Morphological Stability and Fluid Dynamics of Vapor Crystal Growth 530 Automatic Processing of Reactive Polymers 533 Rhermocapillary and Diffusocapillary Migration of a Fluid Drop 534 Transport Processes Research 535 Electrohydrodynamics 536 Binary Miscibility Gap Systems 537 Experimental and Theoretical Analysis of Chemical Vapor Deposition with Prediction of Gravity Effects 538 Role of Convection in Grain Refining 539 BIOTECHNOLOGY 541 Biochemical Assays of Cultured Cells 541 Hormone Purification by Isoelectric Focusing 542 Cell Partition in Two Polymer Aqueous Phases 544 xxii Contents and Subject Index A Study of Blood Flow and of Aggregation of Blood Cells Under Conditions of Zero Gravity—Its Relevance to the Occlusive Diseases and Cancer 546 New Instrumentation for Phase Partitioning 547 Cell Partition in Two Polymer Aqueous Phases 548 Purification and Cultivation of Human Pituitary Growth Hormones Secreting Cells 549 Cell Separations in Microgravity and Development of a Space Bioreactor 551 Cell Maintenance Systems 553 Mathematical Models of Continuous Flow Electrophoresis 554 Electrophoresis Technology 556 Kidney Cell Electrophoresis 558 Production of Large-Particle-Size Monodisperse Latexes in Microgravity 559 GLASS AND CERAMICS 561 Colloidal Oxide Properties and Kinetic Studies 561 Containerless Processing of Glass Forming Melts in Space 562 Crystallization, Optical, and Chemical Properties of Fluoride Glasses 564 Gel Precursors as Glass and Ceramic Starting Materials for Space Processing Applications Research 565 Glass Formation in Reluctant Glass Formers 566 Rapid Solidification of Magnetic Oxides 568 Sol-Gel Glasses 569 Bulk Formation of Metallic Glasses and Amorphous Silicon from the Melt 572 Physical Phenomena in Containerless Glass Processing 574 Fusion Target Technology 575 Glass Research 576 Oxidation Behavior of Glassy Alloys 578 COMBUSTION SCIENCE 579 Solid Surface Combustion at Reduced Gravity 579 Particle Cloud Combustion Experiment 580 Buoyancy Effects Upon Vapor Flame and Explosion Processes 581 A Fundamental Study of Smoldering with Emphasis on Experimental Design for Zero-G 582 Ignition and Flame Spread Above Liquid Fuel Pools 583 Flammability Limits of Gases Under Low Gravity Conditions 584 Fundamental Studies of Droplet Combustion at Reduced Gravity 586 EXPERIMENTAL TECHNOLOGY 587 Development of Materials Processing Systems for Use in Space on Low-g Simulation Devices 587 Multimode Acoustic Research 588 Continuous Fiberization of Silicon-Carbide-Nitride Precursor Resin 589 Levitating Furnace for Containerless Processing in Space 590 Contents and Subject Index xxiii Electric Field Containerless Processing Technology 591 Cryogenic Equivalence Principle Experiment 592 Modification of the Electromagnetic Levitator (EML) Hardware 594 Microgravity Materials Science Laboratory 595 Advanced Optical Measurement Techniques 596 Design, Fabrication and Testing of an Experimental Apparatus for Determining Particle Behavior Under Very Low Intergranular Stresses 597 Advanced Containerless Processing Technology 599 Acoustic Levitation Containerless Processing 600 High-Temperature Controlled Redox Crystallization Studies 601
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genre	(DE-588)4143413-4 Aufsatzsammlung gnd-content
genre_facet	Aufsatzsammlung
id	DE-604.BV002051258
illustrated	Illustrated
indexdate	2024-07-09T15:39:31Z
institution	BVB
isbn	0815510454
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-001341350
oclc_num	12312143
open_access_boolean
owner	DE-91 DE-BY-TUM DE-739 DE-83
owner_facet	DE-91 DE-BY-TUM DE-739 DE-83
physical	XXIII, 601 S. Ill., graph. Darst.
publishDate	1985
publishDateSearch	1985
publishDateSort	1985
publisher	Noyes
record_format	marc
spelling	Space industrialization opportunities ed. by Camille M. Jernigan ... Park Ridge, NJ, USA Noyes 1985 XXIII, 601 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Space industrialization Industrialisierung (DE-588)4026776-3 gnd rswk-swf Nutzung (DE-588)4120814-6 gnd rswk-swf Weltraum (DE-588)4189606-3 gnd rswk-swf Industrie (DE-588)4026779-9 gnd rswk-swf Raumfahrt (DE-588)4048574-2 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Raumfahrt (DE-588)4048574-2 s Industrialisierung (DE-588)4026776-3 s DE-604 Weltraum (DE-588)4189606-3 s Industrie (DE-588)4026779-9 s Nutzung (DE-588)4120814-6 s Jernigan, Camille M. Sonstige oth HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001341350&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Space industrialization opportunities Space industrialization Industrialisierung (DE-588)4026776-3 gnd Nutzung (DE-588)4120814-6 gnd Weltraum (DE-588)4189606-3 gnd Industrie (DE-588)4026779-9 gnd Raumfahrt (DE-588)4048574-2 gnd
subject_GND	(DE-588)4026776-3 (DE-588)4120814-6 (DE-588)4189606-3 (DE-588)4026779-9 (DE-588)4048574-2 (DE-588)4143413-4
title	Space industrialization opportunities
title_auth	Space industrialization opportunities
title_exact_search	Space industrialization opportunities
title_full	Space industrialization opportunities ed. by Camille M. Jernigan ...
title_fullStr	Space industrialization opportunities ed. by Camille M. Jernigan ...
title_full_unstemmed	Space industrialization opportunities ed. by Camille M. Jernigan ...
title_short	Space industrialization opportunities
title_sort	space industrialization opportunities
topic	Space industrialization Industrialisierung (DE-588)4026776-3 gnd Nutzung (DE-588)4120814-6 gnd Weltraum (DE-588)4189606-3 gnd Industrie (DE-588)4026779-9 gnd Raumfahrt (DE-588)4048574-2 gnd
topic_facet	Space industrialization Industrialisierung Nutzung Weltraum Industrie Raumfahrt Aufsatzsammlung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001341350&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT jernigancamillem spaceindustrializationopportunities

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