Table Of Content

B | S Journal of the British Interplanetary Society VOLUME 47 1994 EDITORS THEMES H. Benaroya Lunar Industrialization and Colonization B. Burkhalter and M.F. Rose Support of the University Community of Space Science and Technology L.J. Carter Advanced Rocket Technology C. Dyer The Earth-Space Environment (Part I) H-J Fischer S.O.S. and D-2 Spacelab Operations R. Hall Soviet Astronautics C. Maccone Space Missions and Astrodynamics (Part I) C. Maccone Space Missions and Astrodynamics (Part I) F.I. Ordway III History of Rocket Development F.I. Ordway II and F.H. Winter Pioneering Rocketry and Spaceflight (Part IV) S. Santoli Exobiology (Part III) S. Santoli Nanotechnology (Part II) AUTHOR INDEX Amon D.M. The Impact of Molecular Engineering on Spacecraft Information Systems Akiba R. & Matogawa Y. Educational Activities of the Institute of Space and Astronautical Science Antona E. Surbone G. Engineering Features of Interplanetary Missions which Precede & Amata G.B. Extraplanetary Missions Askew R.F. & Burkhalter B.B. Commercial Development of Space: The Key to Future Technology Belbruno E. Ballistic Lunar Capture Transfers Using the Fuzzy Boundary and Solar Perturbations: A Survey Bevilacqua F & Cesare S. A Project for a Solar Sail Propelled Spaceship Bond R.A., Pearce A.J. Space Plasma Interactions with High Voltage Solar Arrays and Large Structures & Martin ALR. Clark P.S. Space Debris Incidents Involving Soviet/Russian Launches Crowther R. The Trackable Debris Population in Low Earth Orbit Dewar J.A. Atomic Energy: The Rosetta Stone of Spaceflight Dyer C. Cosmic Rays and Energetic Particle Effects Fischer H-J & Fried] K. A Survey of the German Spacelab Mission D-2 Fischer H-J. Planning and Co-ordination of Space Shuttle Attitudes and & Zoeschinger G.A. Trajectory for Spacelab Mission D-2 Gabriel S.B. Spectral Form of the Large Solar Proton Events of Solar Cycle 22 Galushkin A.I. ef al The Quantum Neurocomputer Gardner F.J. Nuclear Power for Deep Space Missions Gnadl K & Friedl K. Telescience Operations Support on Spacelab D-2 Griffin M.D. & Claybaugh I W.R. The Cost of Access to Space Harvey B. The New Cosmodrome at Svobodny Harvey B. Rendezvous and Docking Difficulties in The Soviet Manned Space Programme 355 Heidmann J. SETI in Europe: A Synopsis 71 Iwata T. Evolutionary Scenario of Lunar Manufacturing 539 Johnstone A. The Space Laboratory of University College London 431 King-Hele D. Introduction 127 Luskinovich P. Stages of Technical Evolution 343 Lysenko S. Stability of Microorganisms Isolated from the Stratosphere and the Mesophere to the Action of Low and Ultralow Temperatures 19 McDonnell J.A.M. Kent in Space: Cosmic Dust to Space Debris 442 McDowell J.C. The Scout Launch Vehicle Maccone C. The Karhunen-Loéve Transform: A Better Tool than the Fourier Transform for SETI and Relativity Maccone C. Recent Developments on Space Missions to the Solar FOCI 509 Maccone C. & Matloff G.L. SETISAIL: A Space Mission to 550 AU to Exploit the Gravitational Lens of the Sun for SETI and Astrophysics Maccone C. Space Missions Outside the Solar System to Exploit the Gravitational Lens of the Sun 45 Maron V.I. An Evolutionary Game with Biased Dice 27 Martin A.R. A Review of Spacecraft/Plasma Interactions and Effects on Space Systems 134 Matloff G.L. On the Detectability of Several Varieties of Low-Energy Starships 17 Matloff G.L. Solar Sailing for Radio Astronomy and SETI: An Extrasolar Mission to 550 AU 476 Mendell W. The Fourth Wave 515 Messerschmid E.W. Support of the University of Stuttgart for Space Science and Technology 414 Moore V., Lucek E.A., The Study of the Solar Wind Using Interplanetary Scintillation Observations Sime, D.G. & Harrison R.A. from the MRAO, Cambridge, Array 164 Morgan C.R. Terraforming with Nanotechnology 311 Nussinov M.D. & Lysenko S.V. Again on Isolated Cells and Spores of Microorganisms “Exploding” on the Earth Orbit 37 Nussinov M.D., Lysenko S.V., Detection of Microbiai Life on Mars with the Aid of Apparatus Operating Pogodin Yu. S. & Stefanovich N.E. ona Charge-Coupled Device Matrix 31 Nussinov M.D., Maron V.I. The Evolutionary Soliton-Like Impulse Paradigm of Matter: Perspectives of & Santoli S. Unity in the Nanotechnology/Nanobiology Dichotomy 321 Nussinov M.D. On the Experimental Investigation of the Origin of Biopolymer Chirality 23 Nussinov M.D., Lysenko S.V. Terraforming of Mars through Terrestrial Microorganisms and Nanotechnological Devices 319 & Patrikeev V.V. Podnieks E.R. & Siekmeier J.A. Role of Mining in Lunar Base Development 543 O'Dale C.D. Commercial Activities Resulting from a Lunar Base 549 Ordway III F.I., Sharpe M.R. EMPIRE: Early Manned Planetary-Interplanetary Roundtrip Expeditions Part Il: & Wakeford R.C. Lockheed Missiles and Space Studies 181 Orta R. Savi P. & Tascone R. Analysis of Gravitational Lens Antennas 53 Osadchi V.M. & Yudo O.A. The Concept of a Nuclear-Laser Rocket Engine 239 Palutan F. Stability and Control Problems in Earth-Moon Lagrangian Point L2 497 Pannunzio R. The Hipparcos Astrometric Satellite and Visual Double Stars Petrakov V.M. Two Projects of V.M. Myasishchev 347 Petrakov V.M. Soviet Orbital Stations 363 Podnieks E.R. & Siekmeier J.A. Role of Mining in Lunar Base Development 543 Pooley SJ. The Development of the 3-Inch British Military Rocket 123 Popov G.A., Shishkin G.G. Space Research Activities of Moscow State Aviation Institute (MAI) and & Malyshev G.V. Research Institute of Applied Mechanics and Electrodynamics (RIAME) 453 Powell J.W. & Scala KJ. Historic White Sands Missile Range 83 Rabeneau E. & Kruse W. Telemetry Processing for the Second German Spacelab Mission D-2 at the German Space Operations Center 277 Raitt WJ. Space Science and Technology at Utah State University 462 Rausch W. & Helbig M. TV Operations from the German Space Operations Center (GSOC) 290 Rothmund C. An Overview of the History of French Sounding Rocket Programmes 109 Santoli S. Developing the Concept of a Rigid-Link Nanorobotic Arm Working in a Dense Fluid 341 Santoli S. How Far Could We Make Ourselves Understood by the Andromedans? - An Evolutionary Cybernetic Problem in Hierarchical Dynamics 11 Santoli S. Short-Lived Dissipative Nanostructures in Solids: Did Phase-Ordered Phonons Contribute to Biopolymer Evolution? 33 Santoli S. System-Level Physics of Autonomous Nanorobots for Hard Chemistry and Wave Packet Engineering 335 Schencking A. & Wiisten H. Payload Data Coordination Schmitt H. Lunar Industrialization: How to Begin? 527 Sheka E. et al Computer Modelling in an Electric Field: Nanometric Design with Scanning Tunnelling Microscope Shuklin M.V. Effectiveness of Resupply for Reduction of Mass of Interstellar Transport System (ITS) Smith C.J. & Liammel G. The NASA/GSOC Data Transfer System for the Second German Spacelab Mission D-2 Solem J.C. Nuclear Explosive Propulsion For Interplanetary Travel: Extension of the MEDUSA Concept for Higher Specific Impulse Spengler H. & Friedl K. Voice Communications in Mission Operations Control Centers Stemer E. Dual Use Technology and Near Term Lunar Exploration: The Clementine Program Sterner E. & Benaroya H. Lunar Industrialization and Colonization: Towards a Policy Framework Strobl J. The Hollow Body Solar Sail as a Possible Transporter of A Radio Telescope ten Cate H. NASA’s University Programs Tikhonravov M.K. The Creation of the First Artificial Earth Satellite: Some Historical Details Vick C.P. The Mishin Mission, December 1962 - December 1993 Vick C.P. NPO Energiya Details on Block-D/DM Comsat Stage Revealed Voevodin S.A. Cosmonaut Status Weiss S.I. Space Science and Technology at the Massachusetts Institute of Technology Winter F.H. The Copenhagen Rocket Bombardment of 1807: Some New Views of Early Rocket History Woodcock G. Economic and Policy Issues for Lunar Industrialization Yilin Z. China’s Early Space Activities Zubrin R.M. The Methane-Acetylene Cycle Aerospace Plane: A Potential Option for the Inexpensive Earth to Orbit Transportation SUBJECT INDEX Apollo Missions 544 Institutes, ISAS, Japan 467 Myasishchev, Vladimir M., Asteroid Mining 553 MIT 427 Two Projects 347 Astrodynamics 43,473 Moscow State Aviation (MAT) 453 Nanotechnology 302 et seq. Astrometry 505 RIAME, Moscow 453 NASA and American Universities 395 Astrophysics 3,480 Interplanetary Scintillation Technique 164 NERVA Project 199 Biological Evolution 321 Interstellar Flight, Nuclear, Explosive Propulsion 229 Biopolymers, Evolution 33 Resupply Effectiveness 245 Laser Rocket 239 Origin of Chirality 23 Karhunen-Loeve Transform 5 Rockets 199,215 Chemical Evolution 23,27 Lagrange Points 78,497 Orbital Stations, Soviet 1971-1991 363 China, Early Space Activites 191 Launch Vehicles, French 109 Pegasus 77 Commercial Development of Space 408 Pegasus 77 Propulsion, Antimatter 249 Control Centre, Telemetry Processing 277 Scout 99 Ion 486 TV Operations 290 Lunar, Capture 73 Laser 239 Voice Communications 288 Commercial Activities 549 Nuclear Explosive Cosmic Ray and Energetic Exploration 521 Proton Block-D/DM Particle Effects 151 Industrialization & Quantum Neuron Cosmodrome, At Svobodny 373 Colonisation 357 et seq. Radiation, Space Environment Cosmonauts 375 Economics and Policy 531 Radio Telescopes, In Orbit Data Transfer 272 How to Begin ? 527 Reentry Technology D-2 Spacelab Operations 256 et seq. Prospects 547 Rendezvous and Docking, Earth-Moon, Lagrangian Point L2 497 Manufacturing 539 Soviet Difficulties 355 Transfers 73,78 Mining 543 Rockets, Development 81 Transportation Costs 73,78 Solar Power Generation 552 Early History 171 EMPIRE Studies 181 Soviet Manned Mission 357 Nuclear-Laser Concept 239 ETI 11 Transport 535 Three-inch British Military 123 Euromir 94 390 Mars, Terraforming 319 Salyut Orbital Stations 365 Evolution, Biopolymers 33 MEDUSA Project 229 Scanning Tunnel Microscope 325,331 Chemical 23,27 Microorganisms, Detectionon Mars 31 SETI 3,5,11,45,71,480 Molecular 27,321 In Earth Orbit 37 SNAP Reactors 216 Technical 343 Survivability 19 Solar, Arrays, Plasma Interactions 143 Exobiology 2 Terraforming Mars 319 Cycle 22 159 Report of ISSOL ’93 26 Mir 370 Gravitational Lens 3,45,53,67 Gravitational Lens 3,45,53,67 Mishin, V.P., Mission 1962-1993 357 Proton Events 159 High Temperature Technology 414 Molecular Engineering 303,335 Sailing 3,57,67,77,476 Information Processing 12 Evolution 27,321 Wind Study 164 Soviet Astronautics 345 et seq. Space Transportation, Cost Model 119 Sputnik 1 Space Debris 128,379 Methane-Acetylene Cycle Starships, Detection Missions 43,473 Aerospaceplane 119 Surface Physics Deep Space 215 Space Travel 181 Technical Evolution To Solar Focus 508 Engineering Features 485 Telescience Space Science & Extrasolar 476 Terraforming Technology 395,414,427,462 Spacecraft, Clementine 521 Transfer Orbit, Earth-Moon Space Shuttle, Cosmic Ray Effects 151 Universities, Auburn, Alabama Acronyms 266,272,282,288,290 Hipparcos 505 Stuttgart Attitudes and Trajectory 260 Hiten 75 University College London Data Transmission 272 Information Systems 303 Kent 442 Payload Data 266 MUSES A and B 75 Utah State 462 Telemetry Processing 277 Plasma Interactions 134,143 Space Research 393 et seq. Telescience Operations 282 Spacelab, Mission D-2 256 et seq. White Sands Missile Range 83