Zusammenfassung
Die Ortung eines Raumfahrzeuges, d. h. die Bestimmung seines Orts- und Geschwindigkeitsvektors in einem vorgegebenen Bezugssystem, ist ein Meßvorgang. Er erfordert:
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1.
Eine A-priori-Information über das gewählte Bezugssystem.
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2.
Kontinuierlich oder zu bestimmten kurzen Zeiten einen Fluß von Meßdaten aus dem Ortungsmeßgeber.
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3.
Kenntnis des Zusammenhanges zwischen den Meßdaten und den gesuchten Ortungsdaten.
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4.
Ermittlung der Ortungsdaten aus den Meßdaten (Auswertung).
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Literatur
Arutynov, S. S., Errors of a Single-Degree-of-Freedom Integrating Gyro Due to Angular Oscillations of its Base, J. ARS, 30 (7), 1960.
Baker, D. C., Radioactive Testing of Accelerometer Takers Two Large Facilities, Space/Aeronautics, 36 (2), 1961.
Bender, M., und F. P. Hercules, An Experimental Method for Obtaining the Transfer Function of a Rate Gyro, IRE Trans., I — 6, No. 1, 1957.
Bodner, V. A., und V. P. Seleznev, On the Theory of Non-Disturbed Systems with Three Autocompensation Channels in Respect of Gravitation, IZV. Akad. Nauk. OTN, Energ. i. Autom., (1), 1960 (russisch).
Bodner, V. A., und V. P. Selezner, Theory of Stabilized Systems with Three SelfComplusation Channels of Acceleration Due to Gravity, J. ARS, 30 (11), 1960.
Brown, R. G., Outside — In Gimbaling Used in Thor, m/r, Mai 1958.
Cannon, R. H. jr., Aligument of Inertial Guidance Systems by Gyrocompassing — Linear Theory, J. Aerospace Sci., 28 (11), 1961.
Carrington, W. A., Rigid Drift Test Give Useful Gyro Data, m/r, 14. 11. 1960.
Cashmore, D. J., The Role of Inertial Equipment, J. BIS, 18 (4), 1961.
Cashmore, D. J., und C. N. Gordon, Instruments for Inertial Navigation, British Communications Electronics, Vol. 10, Nr. 8/9 (I) und 10 (II), 1959.
Cochin, Ira, Compliance of Nonuniform Gimbals, Aerospace Eng., 20 (4), 1961.
Coughlin, W. J., Summers Pruduces an Expendable Gyro, m/r, 29. 2. 1960.
Duncan, D. B., Analysis of an Inertial Guidance System, Jet Propulsion, 28 (2), 1958.
Draper, C. S., W. G. Denhard und M. B. Trageser, Development Criteria for Space Navigation Gyroscopes, Navigation, Vol. 8, No. 4, Winter 1961/62.
Drozdovich, V. N., Inertial Method of Velocity Measurement, J. ARS, 30 (7), 1960.
Erichsen, H. W., und D. J. Ettelmann, A Subminiature Self Recording Accelerometer for High-Shock-Duty, IRE — Trans. I — 6, No. 3, Sept. 1957.
Fischel, E. M., Gyro Damping — Its Part in Platform Design, Aerospace Eng., 20 (5), 1961.
Frahn, H. J., Über amerikanische Gyrokompasse, Elektronik, 6 (5), 1957.
Friederich, H., Elektrodynamische Beschleunigungsmesser, Archiv für Elektrotechnik, 41 (6), 1954.
Frye, W. E., Fundamentals of Inertial Guidance and Navigation, Proc. 4 Annual Meet. AAS, Preprint No. 57–9, 1958, sowie I. Astronaut. Sci., 5 (1), 1958.
Gorczycki, E., Dynamic Considerations Relating to the Behavior of Inertial Space-Stabilized Platforms, J. Aero. Sci., 24. Febr. 1957.
Grammel, R., Der Kreisel, Wien 1950, Springer, 2 Bde.
Guttwein, G. K., und A. I. Dranetz, Self Generating Accelerometers, Electronics, 24 (10), 1951.
Haake, H. B., und J. D. Welch, Schrift über elektrostatische Kreisel, IRE Space Electronics and Telemetry Symposium, Washington D. C., 1960.
Harding, J. T., und R. H. Tuffias, Cryogenie Gyros Levitoted by Magnetic Induction, Space/Aeronautics, 36 (3), 1961.
Harter, G. A., Spacecraft Set New Requirements for Inertial Guidance, Space/ Aeronautics, 35 (1), 1961.
Hayum, R., Compensation of a Digital Integrating Accelerometer, Instrumentation Lab., MIT, Juni 1959, ASTIA AD — 242 593.
Holahan, J., Martin — Orlando Solves Guidance Problem and Unplugs Information Bottlenoch, Space/Aeronautics, 36 (1), 1961.
Holahan, J., Inertial System off the Production Line Guides Atlas, Space/Aeronautics, 34 (2), 1960.
Holmes, J., NASA Ready to Pieh Saturn System, m/r, 27. 2. 1961.
Holzapfel, J., Plain and Fancy Tooling Builds Jupiter Gyros, American Machinist, 102 (27), 1958.
Jacobi, W. J., Themen aus dem Gebiet der Trägheitsnavigation Littau Systems Inc., Publication No. 1462, 1961.
Jagy, J. P., The Air Bearing Stabilization Problem, m/r, 3 (2), 1958.
Johnson, G. W., und R. B. Mac Donald, Inertial Guidance for Hypersonie and Orbital Vehicles, Inst. Aero. Sci. Rep., 59–33, Jan. 1959.
Judge, J. F., X-15 Flight Data System — A Precursor, m/r, 27. 2. 1961.
Klass, P. J., Lightweight Inertial Unit Cuts Complexity, Aviation Week, 75 (15), 1961.
Klass, P. J., Two Axis Gyroscope Uses Spinning Liquid, Aviation Week, 75 (14), 1961.
Koelle, H. H. (ed.), Handbook of Astronautical Engeneering, McGraw-Hill Book Comp., Inc., New York 1961.
Koelle, D. E., Steuerschema und Steuerorgane der A-4-Rakete (V-2), Raketentechnik und Raumfahrtforschung, 1 (2), 1957.
Kurdik, E. J., Flugkörpersteuerungen und Meßwertfernübertragungsanlagen auf dem Pariser Luftsalon 1961, Flugwelt, 8/1961.
Kovit, B., »Twist« Autocollimator Aims Rail-Borne Minuteman, Space/Aeronautics, 35 (4), 1961.
Kovit, B., Ceramic Gas — Bearing Gyro for Space Guidance, Space/Aeronautics, 34 (1), 1960.
Kovrt, B., Magnetohydrodynamic Gyro Monitors Two Axes at Once, Space/ Aeronautics, 35 (3), 1961.
Krementulo, V. V., Stability of a Gyroscape Having a Vertical Axis of the outer Ring with Dry Friction in the Gimbal Axes Taken into Account, J. Appl. Math. and Mechanics, 24 (3), 1960.
La Fond, C. D., FBM Accuracy Starts with SINS, m/r, 25. 7. 1960.
La Fond, C. D., Spaceship Platform Nears Flight Test, m/r, 9 (10), 1961.
La Fond, C. D., Honeywell ESG Slated for Duty in Polaris Subs, m/r, 13. 11. 1961.
La Fond, C. D., GE Gyros May Solve Space Problems, m/r, 17. 10. 1960.
La Fond, C. D., GE’s New Gyros Near Testing, m/r, 9 (4), 1961.
La Fond, C. D., Guidance Designed to Be Fail-Proof, m/r, 5. 9. 1960.
Lange, A., Gyro Time Constants, J. ARS, 30 (10), 1960.
Laub, J. H., und H. D. Mcginness, A Closed Cycle System for Gas Bearings, Astronautics, 6 (3), 1961.
Laub, J. H., und H. D. Mcginness, Gas-Floated Spinning Spheres, Aerospace Eng., 20 (12), 1961.
Lichtenstein, B., Technical Information for the Engineer-Gyros, Kearfott Div., General Precision, Inc., Little Falls, N. J., Juli 1960, 3. Ausgabe.
Licxrenstein, B., Gyros of all Types Face Change in Design, m/r, 27. 2. 1961.
Litwin-Sedgy, M. Z., Dynamics of a Gyroscape with Two Degrees of Freedom, J. ARS, 30 (7), 1960.
Markhashov, L. M., Stability of Motion of a Gyroscape with a Cardan Suspension, J. ARS, 31 (7), 1961.
Markin, D. R., Gyroscopic Systems, Moskau 1956, Gostekbizdat.
Mcclure, C. L., Theory of Inertial Guidance, New York 1961, Printice Hall.
Mueller, F. K., Ober automatische Steuerungssysteme für ballistische Raketen, Raketentechnik und Raumfahrtforschung, 4 (4), 1960.
Mueller, F. K., Considerations on Inertial Guidance for Missiles, Navigation, 6 (4), 1951.
Mueller, F. K., The How and Why of a Inertial Guidance, m/r, 9. 2. 1959.
Mundo, C., Inertial Aids for Space Travel, Proc. 4. Annual Meet. AAS, Preprint No. 57 — 12, 1958.
Newman, P. J., Inertial Navigation and Space Flight, Proc. 4. Annual Meet. AAS, Preprint No. 57 — 13, 1958.
Nolan, R. L., Titan Guidance Program is Accelerated, m/r, Mai 1958.
O’donnell, C. F., Inertial Navigation, J. Franklin Inst., 266 (4), 1958, und 266 (5), 1958.
Orlacchio, A. W., und B. Hieber, Trends in Acceleration Measurement, IRE Trans., I — 6, No. 2, Juni 1957.
Osten, R. Von, Alinement for Minuteman-On-Rails, m/r, 6. 2. 1961.
Parker, N. F., und C. P. Greening, Inertial Navigation, AGARDograph (21), 67–86, Sept. 1956.
Parsons, G. C., und J.A. O’shea sen., Air Bearings Enhance Gyro Testing, m/r, 16. 10. 1961.
Pateman, J. E., Inertial Navigation, J. Roy. Aeronaut. Soc., Febr. 1959.
Pitman, G. R. (ed.), Inertial Guidance, New York 1962, John Wiley and Sons, Inc.
Poindexter, R. W., Theory and Design of Vibrating Wire Transducers, Byron Jackson Comp., Los Angeles, Kalif.
Polhemus, W. L., Navigating the Supersonic B-58, J. Inst. of Navigation, 7 (2 + 3), 1960.
Richardson, K. I. T., The Gyroscape Applied, London 1955, Hutchinson’s Scientific and Technical Publications.
Russel, W. T, Inertial Guidance for Rocket-Propelled Missiles, Jet Propulsion 28 (1), 1958.
Savant, C. J., Principles of Inertial Navigation, New York 1961, McGraw-Hill Book Comp., Inc.
Savet, P. H., Gyroscapes: Theory and Design, with Applications to Instrumentation, Guidance and Control, New York 1961, McGraw-Hill Book Comp., Inc.
Schneider, A. M., Vektor Principles of Inertial Navigation, IRE Trans., ANE —6, No. 3, Sept. 1959.
Schoemann, R. H., und E. S. Rocks, Beryllium: Best Bet for Gyro Structures, Space/Aeronautics, 35 (3), 1961.
Seifert, H. S., und K. Brown, Ballistic Missiles and Space Vehicle Systems, London 1961, John Wiley and Sons Ltd.
Seifert, H. S. (ed.), Space Technology, New York 1959, John Wiley and Sons, Inc.
Shatunoff, S., Arma Cuts Weight, Adds Reliability, m/r, 27. 2. 1961.
Shea, J., Titan II All-Inertial System to Be Tested Soon, m/r, 27. 2. 1961.
Slater, J. M., und D. B. Duncant, Inertial Navigation, Aero Eng. Rev., 15 (1), 1956.
Slater, J. M., Which Accelerometer for Spacecraft Guidance? Space/Aeronautics, 34 (3), 1960.
Slater, J. M., New Frontiers in Gyrocompasses, Navigation, 8 (3), Herbst 1961.
Slater, J. M., Newtonian Navigation, Autonetics Div., North American Aviation, Inc., 1961.
Starrrz, R. F., Einführung in die Elektronik ferngelenkter und selbstlenkender Flugkörper, Flugkörper, Heft 6, 1961.
Stearns, E. V., An Interplanetary Navigation System, Proc. IX. Int. Astronaut. Congr., Wien 1959, Springer.
Stevens, F., Space Navigation Poses Requirements, m/r, 9. 2. 1959.
Stevens, F., und F. W. Lynch, Aids to Inertial Navigation, Aeron. Eng. Rev., Nov. 1956.
Stevens, F., Aiding the Inertial Navigation System, Navigation, 6 (3), Herbst 1958.
Stewart, R. M., Some Effects of Vibration and Rotation on the Drift of Gyroscapic Instruments, J. ARS, 29 (1), 1959.
Strang, C. B., You Don’t Need Gyros to Get Directional Reference Data, Space/ Aeronautics, 35 (4), 1961.
Stuhlinger, E. (ed.), From Peenemünde to Outer Space, Huntsville ( Ala. ) 1962, George E. Marshall Space Flight Center, NASA.
Walter, R. B., The Brain of the Polaris Missile, m/r, 12. 6. 1961.
Winterfelt, R., Minuteman System is »Most Reliable«, m/r, 27. 2. 1961.
Wrigley, W., Schuler Teming Characteristics in Navigational Instruments, J. Inst. of Navigation, 2 (8), 1948.
Voutsas, A. M., und W. T. Chow, Präzision und Zuverlässigkeit von Inertialsystemen, Interavia, 14 (7), 1959.
Yingsr, P., und C. L. Seacord, Dyna-Soar to Depend on Proven Parts, m/r, 27. 2. 1961.
Abate, J. E., Study Report on Astro Digital Doppler Speedometer, Kearfott Comp. Inc., Clifton, New Jersey, USA (Firmenschrift).
Anderson, R. A., und C. S. L. Keay, New Zealand Visual Observations at the Rocket Accompanying the Russian Satellite, Astronautica Acta, 3 (4), 1957.
Berger, W. J., und J. R. Ricupito, Visibility of Obtical Points, Jet Propulsion, 28 (12), 1958.
Bernotat, R., Zum Problem der Lageregelung von Satelliten, insbesondere der Ausrichtung auf die Erdvertikale, Luftfahrttechnik, 8 (1962), Nr. 5, S. 126–128.
Bibermann, L. M., Photographic Tracking of Guided Missiles, Electronics, Vol. 21, Juli 1948.
Bode, H., Neuzeitliche Kinetheodoliten für die Flugbahnbestimmung von Verkehrsflugzeugen, Wetterraketen und Satelliten, Bd. 7, Flugnavigation und Flugsicherung, Verkehrs-und Wirtschaftsverlag GmbH, Dortmund 1959.
Boni, A., Observation of a Satellite Near its Culmination, Astronautica Acta, Vol. IV, Fasc. 3, 1958.
Bonser, T. H., Askania Phototheodolite System, Techn. Data Digest, März 1949
Buskirx, L. F. Von, A System of Film Frame, Identification for Cinctheodolites (Ascania Type), Naval Ordnance Test Station, China Lake, Calif., 20. August 1957, 20 p., ASTIA AD — 150 781.
Collins, A., Kerr Cell Camera Has Recorded Speed, m/r, 23. 4. 1962.
Cordozo, A. L., Automation for Interplanetary Navigation, Proc. IX. Int. Astronaut. Congr., Vol. II, Wien 1959, Springer.
Cremona, C. E., Rilevamento e rivalemento delle caretteristiche di volo dei razzi e missili, Proc. V. Internat. Astronaut. Congr., Wien 1955, Springer.
Esciier, P. H., und G. P. Mici-Ielson, All Sky Surveillance System For Satellite Detection, Electro-Optical Systems, Inc., Pasadena, Calif., ASTIA AD 246 037, Juli 1960.
Garvey, R. J., A Cine-Theodolite Control System used on Guided Missile Ranges, Electron. Eng., März 1958.
Henize, K. G., The Baker-Nunn Satellite Traching Camera, Sky and Telescope, Jan. 1957.
Humason, M. L., The Apparent Radial Velocities of 100 Extra-Gallactic Nebulal, The Astrophysical Journal 83 (1936), 1.
Jaschex, W. J., Die photographische Beobachtung künstlicher Satellitoide, Proc. IX. Int. Astronaut. Congr., Vol. I, Wien 1959, Springer.
King-Hele, D. G., und R. H. Merson, Satellite Orbits in Theory and Practice, J. BIS, 16 (8), 1958.
Klee, E., Drei Jahre Satelliten — Beobachtung an der Volkssternwarte München, Weltraumfahrt, 4, 1960.
Klee, E., Photographische GroßbasisrHessung von Satellitenbahnen, Weltraumfahrt, Heft 6, 1961.
Klemperer, W. B., A Heliographic Altitude Recorder For Missiles Navigation, 2 (3), Sept. 1949.
Kordik, E. J., Flugkörpersteuerungen und Meßwertübertragungsanlagen auf dem Pariser Luftsalon 1961, Flugwelt 8, 1961, 17 Fig.
Kovir, B., Track-While-Scan, IR-System for Automatic, Threat Eraluation, Space/Astronautics, 36 (2), 1961.
La Fond, C. D., AMR Buys Biggest Ballistic Camera, m/r, 11. 9. 1961.
La Fond, C. D., Photomitric System Boots Tracking Accuracy, m/r, 3. 10. 1960.
La Fond, C. D., Tracker’s Range Reaches to the Stars, m/r, 5. 12. 1960.
La Fond, C. D., IR Transducer Brings New Advantages, m/r, 20. 3. 1961.
La Fond, C. D., IR-Speetrometer Has Striking Sensitivity, m/r, 22. 5. 1961.
Locke, A. S., Guidance, Princeton, N. J., 1955, D. van Norstrand Company, Inc.
Masericii, A. C., Visual Observations of the Earth’s Satellite in the USSR, Proc. VIII. Internat. Astronaut. Congr., Wien 1958, Springer.
Miller, B., Services to Push Optical Maser Effort Av. Week, 15. 1. 1962.
Mrus, G., Refining Azimuth Heading Accuracy, m/r, 18. 9. 1961.
Ogoridhuikov, K. F. (Interplanetary Commitee of the Soviet Academie of Sciences), Preliminary Summary of Optical Observations of Artifical Earth Satellites, Proc. IX. Int. Astronaut. Congr., Vol. I, Wien 1959, Springer.
Ränike, G., Die Bestimmung der Geschwindigkeit von Weltraum-Fahrzeugen mit Hilfe der Dopplerverschiebung, Bericht 61/11 des Instit. f. Luftfahrzeugführung und Luftverkehr der Techn. Univ. Berlin (Reihe: Beiträge zur Astronautik).
Rosxovsxi, D. A., Experiences in the Photographic Observation of Artifical Earth Satellites With the Maxutov Meniscus Telescopes, Astron. Zournal, 35, 1958, Moskau.
Schmidt, Ingeborg, Spaces of Potential Visibility of Artifical Satellites for the Unaided Eye, Proc. VIII. Int. Astronaut. Congr., Wien 1958, Springer.
Schweisinger, G., Optical Altitude Recorder For the Aerobee Rocket, Photographic Engineering, Vol. 2, No. 4, 1952, p. 169–177.
Slovsky und Eglov, Optische Beobachtungen künstlicher Erdsatelliten, Usp. fiz. pauk, Moskau, 64 (3), 1958.
Struve, O., Astronomie, Berlin 1962, Walther de Gruyter u. Co.
Touseg, R., The Visibility of an Earth Satellite, VI. Intern. Astronaut. Congr., 1955.
Whipple, F. L., und J. H. Hynak, Optical and Visual Tracking of Artifical Satellites, Proc. VIII. Int. Astronaut. Congr., Wien 1958, Springer.
Whipple, F. L., und J. H. Hynak, Research Programm Based on the Optical Tracking of the Artifical Earth Satellites, Proc. Inst. of Radio Eng., 44 /760, 1956.
Woodbridge, D. D., und N. A. Warren, Measurement of Jupiter Reentry Radiation, Proc. X. Int. Astronaut. Congr., Vol. I, Wien 1960, Springer.
Neue Beobachtungskamera für Flugkörper, Weltraumfahrt, 6/61.
Trap Keeps Light off CRT-Surface, m/r, 19. 6. 1961.
Land—Air’s White Sands-Tracking, m/r, 16. 1. 1961.
High Precision Stellar Navigator For Interplanetary Guidance (C. D. Bock), Arma Engng., 2 (6), 12 — 15. Sept./Oct. 1959.
Fiber Optics Improves, Scan Systems, m/r, 22. 8. 1960.
Optics Will guide Spacecraft, m/r, 22. 8. 1960.
Optical Aligument Field Sees Steadily Growing Rivalry, m/r, 22. 8. 1960.
An Optical Sensor for Super-Gyros, m/r, 31. 7. 1961.
System Exploits Converging Lights, m/r, 9. 4. 1962.
Adams, R. M. et al, Processed Observational Data for Satellites 1957 alpha and 1957 beta, Smithsonian Contrib. Astrophys., 2, 1958, p. 287.
Beckmann, B., Erste Ergebnisse der Satellitenbeobachtung für die Kenntnis der Wellenausbreitung, Bd. 7: Flugnavigation und Flugsicherung, Verkehrs-und Wirtschaftsverlag Dortmund, 1959, p. 149.
Blythe, J. H., The Scientific Uses of Earth Satellites, The Marconi Review, Vol. XXIV., No. 141, 2nd Quarter 1961, p. 84
Bock, C. D. et al, Guidance Techniques for Interplanetary Travel, ARS Journal, 29 (12), Dec. 1959, p. 931.
Braun, W. v., The Explorers, 9 IAK, Bd. II, 1958, p. 914.
Brown, R. R. et al, Radio Observation of Russian Earth Satellites, Proc. IRE, Vol. 45, Nov. 57, p. 1552.
Bruns, R. et al, Application of the Doppler Principle to Rocketry, in: »From Peenemuende to Outer Space«, hrsg. E. Stuhlinger, George C. Marshall Space Flight Center.
Burt, E. G. C., Satellite Tracking: its methods and purpose, Endeavour 17. Oct. 1958, p. 216.
Cade, C. M., Radio Astronomy and Navigation, Journal of the Royal Aeronautical Soc., Nov. 1958 (ca. 300 Literaturhinweise).
Cashmore, D. J., Manned Navigation and Guidance in Solar System, Journal of the BIS, 17 (2), March/April 1959, p. 46.
Castruccio, P. A., Communications and Navigation techniques of interplanetary travel, IRE Trans. ANE — 4 (4), Dez. 1957, p. 216.
Castruccio, P. A., Interplanetary Communication and Navigation, Aeroplane, 97, Nov. 1959, p. 446 (UK).
Corrington, A. E., An Interferometer for Radio astronomy with a single-lobed radiation pattern, IRE Trans., 5 (3), 1957, p. 247.
De Bey, L. G., Doploc tracking determines orbits of satellites, Electron. Industr., 19 (10), Oct. 1960, p. 78.
Dickstein, H. D., Tripple-threat Agare: telemetry receiver, aquisition aid, direction sensor, Space/Aeronautics, 35/2, Feb. 61, p. 126.
Dombrowski, E. et al, Physik und Technik mikrominiaturisierter Geräte, Flugkörper, 2, 1961, p. 41.
Doundoulakis, G. J., An Universal Radio Astronomy System for Radio Telescopes, Space Vehicle Tracking and Scatter Propagation Studies, Proc. 4 Annual Meet AAS Reprint, No. 57–23, 1958.
Easton, R. L., The Mark II Minitrack System, Journal BIS, 16 (1958), 7, p. 390.
Easton, R. L., Radio Tracking the Earth Satellite — An Opportunity for Amateur Collatobation, QST, 40, 1956, p. 38.
Easton, R. L., Radio Tracking the IGY-Satellites — The Mark II Minitrack System, J. Astronautics, 4, 1957, p. 31.
Escher, P. H., All Sky Surveillance System for Satellite Detection, A STIA TAB, No. N 61 — 1 — 1. — AD 246 037, July 1960.
Firor, J., A Radio Telescope, QST, 41, 1957, p. 32.
Fleischer, H., Geräte und Methoden zur Messung der Funkausstrahlungen künstlicher Erdsatelliten beim Fernmeldetechn. Zentralamt, RRF 2, Bd. 5, 1961, p. 56.
Freiesleben, Bericht über eine Dienstreise in die USA (24. 6.-8. 7. 1961 ), 6 Anlagen, Deutsches Hydrographisches Institut, Hamburg.
Freitag, R. F., Project Transit: A Navigation Satellite, J. Institute of Navigation, 7 (2 + 3), p. 106, 1960.
Getting, H., New Minitrack to Cover All Orbits, Missiles and Rockets (m/r), June 20, 1960, p. 28.
Glazier, E. v. D. et al., Satellites and Problems of Long Rage Detection and Tracking, Pergamon press, London 1960.
Golany, M. J., The Application of Radio Interferometer to the Guidance of Interplanetary rockets, Space-Flight Problems, p. 71, 1953.
Guier, W. H. et al, Theoretical Analysis of Doppler radio signals from Earth Satellites, Nature, 181, May 1958, p. 1525.
Mcguire, F., US Agencies Silent on LuNIK Tracking, m/r, Feb. 2, 1959, p. 21.
Gunther, M., Tracking the Man Made Satellite, Radio and TV News, 1958, 1957, p. 31.
Gutton, H., Pilotage d’un astronet par des moyens radio électriques, Proceedings VIII I. A. F. Kongreß 1957, p. 165.
Hadady, Instrumentation and Range Safetysystems for Vandenberg AFB, IRE Transactions, Vol. — SET — E, March 1959, No. 1, p. 14.
Hagen, J. P., Radio Tracking Orbitand Communication for the Earth Satellite, Aeronaut. Eng. Rev., 16, No. 5, 1957, p. 62.
Handel, P. F. v. et al, Accuracy Limits in Electronic Tracking of Space Vehicles, Xth IAF Congress, London 1959, Proceedings I, p. 43.
Handel, P. F. v. et al, High Accuracy Electronic Tracking of Space Vehicles, IRE Transactions MIL — 3, No. 4, p. 162, Oct. 1959.
Heinze, K. G., Tracking Artifical Satellites and Space Vehicles in Advances in Space Science, Bd. II, hrsg. von Frederik I Ordway, Academic Press, New York—London (1960).
Hefley, G. et al, Timing and Space Navigation With an Existing Ground Based System, A STIA TAB, No. N 61 — 1 — 2. — AD 246 270, Oct. 1960.
Heironimus, XSM-65 (IOC) Instrumentation and Range Safety System (IRS S) (7–11006 and 7–11007) Checkout Procedure, Convair Astronautics, Feb. 1959, ASTIA AD — 243 326.
Jensen, J. et al, Design Guide to Orbital Flight, McGraw-Hill Book Comp., New York 1962.
Kazantsev, A., Observations of Radio Signals from the Artificial Earth Satellites and their Scientific Significance, Radio (Moskau), No. 6, 1957, p. 17.
Klee, E., Funktechnische und optische Betrachtung von Satelliten, 10. Raketen-und Raumfahrttagung der DRG, September 1961, Bremen.
Knothe, A. H., On Wave Propagation in the Atmosphere and Satellite Observation, AFMDC TN — 59 — 9. — A STIA AD 215–466 (May 1959).
Knothe, A. H., Range Safety — A Necessary Evil, Aerospace Eng., 20 (6), p. 20, June 1961.
Kölle, D. E., Die ersten Funk-Relais-Satelliten Echo I und Courier IB, RRF, 4, (4), p. 143, 1960.
Kölle, H. H. (ed.), Handbook of Astronautical Eng., New York 1961, McGraw-Hill Book Comp.
Lange, F. H., Entwicklungstendenzen der modernen Ortungstechnik: Korrelations-Ortungsverfahren, Nachrichtentechnik, 11, Heft 1, p. z, 1961.
La Fond, C.D., Air Force Satellites to Measure Interference, Missiles and Rockets, No. 15, Vol. 9, Oct. 9, 1961, p. 24.
Lovell, A. C. B., Radio Astronomy and the Iodrell Bank Telescope, Radio and TV News, 59, p. 35, 1958.
Maguire, T., Air Force is Planning the New Better Space Track System, electronics, nar 24, 1961, p. 32 (McGraw-Hill).
Marner, G. R., Automatic Radio-Celestial Navigation, Journal of the Inst. of Navigation, Vol. XII, Nr. 3, 4, July/Oct. 1959, p. 249.
Medvedev, V. I., Method of Radio Interference Measurements of Small Time Intervals Using Frequency Multiplication, Journal A.R. S., Vol. 32, No. 3, March 1962, p. 458.
Mengel, I. T., Minitrack system design criteria, Electronic Engng. (New York), 76, August 1957, p. 667.
Mengel, I. T. et al, Tracking Satellites by Radio, Scientific American, 198, No. 1, 1958, p. 23.
Merson, R. H., Methoden zur Analyse terrestrischer Radiobeobachtungen sowie opt. Beobachtungen von Erdsatelliten, Astronautica Acta, Vol. V, Fasc. 1 (1959)
Miller, V. L., The role of Electronic Trajectory Measurement Systems in Missile Tests, IRE Wescon. Cony. Rec., 1, 1957, p. 17.
Moody, A. B., Can Navigational Requirements be Met by Means of Satellites, Navigation, Vol. 7, No. 4, Winter 1960, p. 204.
Moscx, R., Geschwindigkeitsmessungen nach dem Dopplerprinzip und ihre Anwendung für Flugweitensteuerung und Bahnvermessung, in: Hochfrequenztechnik und Weltraumfahrt, hrsg. von R. Merten, S. Hirzel Verlag, Stuttgart 1951, p. 102.
Newton, R. R., Tracking Objects Within the Solar System Using Only Doppler Measurements, X IAF-Kongreß, Proceedings I (1959), p. 435.
Newton, R. R., Application of Doppler Measurements to Problems in Relativity, Space Probe Tracking, and Geodosy, Appl. Phys. Lab., John Hopkins Univ., June 1960. ASTIA — 243 485 (60 — 4 — 4).
Noron, A. R., Guidance of Space Vehicles by Radio Measurements and Command, Journal BIS, 18 (4), July—August 1961, p. 132.
Osten, R. v., Ranger — What Might Have Been? m/r, Feb. 5, 1962, p. 12.
Paetzold, H. K., Internationale Beobachtung von Erdsatelliten, Weltraumfahrt, 3, 1961, p. 81.
Paetzold, H. K., Einige Ergebnisse aus den Beobachtungen der ersten russ. Erdsatelliten, RRF 2, Bd. 2, 1958, p. 50.
Paetzold, H. K., Weitere Beobachtungen der russ. Erdsatelliten, RRF 2, Bd. 3 (59), p. 45.
Pawsey, I. W. et al, Radio Astronomy, Oxford 1955.
Planniac, I. W., Earth Satellite Tracking Methods, ASTIA TAB, No. N 61 —1 — 2. — AD 246 329, 1958.
Priesetr, W. et al, Radiobeobachtungen der ersten künstlichen Erdsatelliten, Westdeutscher Verlag, Köln und Opladen 1957.
Priester, W. et al, Bahnbestimmung von Erdsatelliten aus Doppler-EffektMessungen, Westdeutscher Verlag, Köln und Opladen 1958.
Richards, P. B., Preliminary Orbit Determination of a Nontransmitting Satellite Using the Doploc Tracking System, ARS-Journal 31 (1961), p. 1729.
Richter, H. L. et al, Microlock, A Minimum Weight Radio Instrumentation System for a Satellite, IPL., 28, 1958, 8, p. 532; auch in Vistas in Astronautics, 1958, p. 88.
Roberson, R. E., General Guidance and Control Concepts for Satellites and Space Vehicles, IX. IAK Proceedings, I, 1958, p. 25.
Rzlunga, O. et al, Observation of Signals from the Artificial Satellites, Radio (Moskau), No. 8, 1957, p. 17.
Scetten, C. J. et al, A New Satellite Tracking Antenna, IRE Convention Record, No. 224–261, 1957.
Schmitt, J. J., Some Considerations in the Design of the Guidance and Control System for Discoverer.
Schroeder, C. A. et al, Project Vanguard, Rep. No. 36, Minitrack, Rep. No. 8, Time standard, NRL, 5227, US Naval Research Lab.
Schwartz, L. S., Phase-Lock for Aerospace Communications Receivers, Space and Aeronautics, 37/2, Feb. 62, p. 71.
Seaman, L. T., Midcourse Guidance is Necessity for Interplanetary Travel, Missiles and Rockets, Feb. 9, 1959, p. 40.
Seifert, H. S., Space Technology, New York 1959, John Wiley and Sons, Inc., 1959.
Slee, O. B., Radio Scintillations of Satellite 1958 a, Nature, 181 (June 1958), p. 1611.
Speer, F. H. et al, Ground Versus On-Board-Tracking for Space Navigation in From Peenemuende to Outer Space, hrsg. von E. Stuhlinger, George C. Marshall, Space Flight Center.
Staritz, R. F., Einführung in die Satellitenelektronik, Flugwelt, 1, 1962, p. 43.
Stodola, B. K., Radio Guidance, Journal ARS, 29 (12), p. 940.
Thompson, A. R., Radio Interference at the Harvard Radio Astronomy Station, ASTIA AD — 146 852, 1957 (58–5).
Uneinski, G. J., »XSM-65D, Azusa Type B Coherent Transponder System 7–54417 Modified) Checkont procedure«, Convair Astr., Jan. 1959. — A STIA AD 243 320 (60 — 4 — 4).
Vassy, E. A., Etude de l’émission radio électrique des satellites artificiels, Astronautica Acta, Vol. VIII, Fasc. 2/3.
Vitkevich, V. V. et al, Radio Astronautical of the Second Soviet Space Rocket, J. ARS, 30 (11), p. 1060, 1960.
Wan, C. C., Application of a Satellite System to Marine and Air Navigation, IRE, Transact. Reprint of Author’s papers submitted for 5 Nat. Sympos. (1960) on Space Electronics and Telemetry, 19. Sept. 1960.
Weiffenbach, G. C., Measurements of the Doppler Shift of Radio Transmissions from Satellites, Proceedings IRE, No. 4, 1960, p. 750.
Woyk-Chvojhova, E., Determination of radio propagation elements due to a artificial Earth Satellite, Nature, 181, April 1958, p. 1195.
Zschörner, H., Radio-Beobachtung von Erdsatelliten, Flugkörper, 9, 1960, p. 284.
Radio Observations of the Russian Earth Satellite, The Staff of the Mullard Radio Astronomy Observatory, Cambridge, Nature, 180, 1957, p. 879.
How Hawaian Station »Hula« Tracks Orbiting Discoverer, Missiles and Rockets, April 8, 1960, p. 24.
Mistram (Missile Trajectory Measurement System), m/r, Feb. 27, 1961, p. 28.
Die ersten Navigationssatelliten Transit IB und IIA, RRF, 3, Bd. 4, p. 100.
Astronautics Information Seminar, Proceedings Tracking Programs and Orbit Determination (Jet Propulsion Lab.), ASTIA TAB, No. N 61 —11. — AD 246 042, Febr. 10, 1960.
AFMTC Instrumentation Handbook Second Edition, AFMTC, Patrick AFB, June 20, 1960, A STIA AD 242 915.
Secor (Firmenschrift), Cubic Corp., San Diego 11, Calif., Feasibility of Observing and Tracking a Small Satellite Object, Varo Manufacturing Co., Rep. No. 1641, 32, 1955.
Funkortung in der Luftfahrt, Frankfurter Fachtagung 1953, Teil 5: Sonderfragen der Funkortung im Luftraum und im Weltall; Bücherei für Funkortung BdZ, Verkehrs-und Wirtschaftsverlag, 1954.
Fehleranalyse eines terrestrischen Doppler-Navigationssystems mit Hilfe von Satelliten, Proc. IRE, Bd. 48, Heft 4, 1960, p. 507.
Azusa Tracking Equipment Mark II, Convair Astr., Nov. 1959, 1 Vol., ASTIA AD — 242 630 (60 — 4 — 3).
Bahnverfolgung von Satelliten mit einem CW-Sender und Interferometer, IRE Proc., Bd. 48, Heft 4, 1960, p. 663.
Beckmann, B., Die Ausbreitung der elektromagnetischen Wellen, Akad. Verlagsgesellschaft Leipzig, 1948.
Boor, H. A., und J. T. Randall, The Cavity Magnetron, Journal I.E.E., 93, Teil IIIA, 1946.
Bowen, E. G., Radar, Berlin 1960, VEB Verlag Technik.
Brewitt-Taylor, E. G., A Detailed Experimental Study of the Factors Influencing the Polar Diagram of a Dipole in a Parabolic Mirror, Journal I.E.E., 93, Teil IIIA, 1946.
Brüche, E., und A. Recknagel, Über die Phasenfokussierung bei der Elektronenbewegung in schnellveränderlichen elektrischen Feldern, 2. Phys., 108, März 1938.
Carter, D. S., Simple Television Antlimas, RCA, Rev. 4, Okt. 1939.
Clark, F. J., Radar Beacons for IRBM IICBM, IRE, Trans. Mil — 3, No. 4, Oct. 1959.
Condon, E. V., Forced Oscillations in Cavity Resonators, Journal Appl. Phys., 12, 1941.
Cutler, C. C., Parabolic Antenna Design for Microwaves, Proc. IRE, 35, 1947.
Davis, R. J., Das Radarbild einer rotierenden Winkelantenne, Astronautica Acta, V. 1, 1959.
Ecus, C. B., und J. A. Greenwood, Optical Masers in Space Navigation, Navigation, 8 (3), 1961.
Ferris, W. R., The Input Resistance of Vacuum Tubes as Ultra-High Frequency Amplifiers, Proc. IRE, 24, Jan. 1936.
Finlay, E. A., und W. B. Lasich, The Design of a Klystrom for the L-Band, C. S. I. R. Radio Research Laboratory, Melbourne, Report RP 238, 1945.
Fischer, H. J., Radartechnik, Leipzig 1956, Fachbuchverlag Leipzig.
Fisk, J. B., H. D. Hagstrum und P. L. Hartmann, The Magnetron As a Generator of Centimetre Waves, Bell Syst. Techn. Journ., 25 (1946).
Fremlin, J. H., A. W. Gent et al, Principles of velocity modulation, Journ. I.E.E., 93, Teil III A, 1946.
Friis, H. T., Noise Figures of Radio Receivers, Proc. IRE, 32, Juli 1944.
Frits, H. T., und W. D. Lewis, Radar Antennas, Bell System, Techn. Journal, 26 (1947).
Gooden, J. S., The Use of Geometrical Optical Theory in the Design of Mirror Shapes for Scanning Aerials, CSIR Radiophysics Laboratory, Report RP 242, 1945.
Gundlach, F. W., Grundlagen der Höchstfrequenztechnik, Springer 1950.
Hey, J. S., und G. S. Stewarr, Radar Observation of Meteors, Proc. Phys. Soc., 1947.
Holahan, J., What Have We Got to Counter the ICBM-Threat? Space/Aeronautics, 36 (5), 1961.
Ihee, W. E., und H. D. Olsen, Radar Tracking of Earth Satellites, A STIA TAB, No. N 61 — 1 — 2. — AD — 246 374.
Jenny, H. K., Traveling-Wave Teebes Extend Microwave Power, Space/Aeronautics, 36 (4), 1961.
La Fond, C. D., Laser, Fiber Optics Technologies Join, m/r, 8. 5. 1961.
Lawson, L. D., Some Methods for Determining the Power Guice of Microwave aerials, Journal I.E. E., 95, 1948.
August 1957, ASTIA AD — 150 863 (N 58–5).
Melzer und Thaler, Ditection Range Predictions for Pulse Doppler Radar, Proc. IRE, 49 (8), August 1961.
Meyer, W. E., Moderne Funkortung, Wolfshagen-Scharbeutz, Verlag Drei Glocken GmbH.
Millman, G. H., Cosmic Noise Limits Long Range Radar, Space/Aeronautics, 35 (1), 1961.
Mofenson, J., Radar Echoes From the Moon, Electronics, 19, 1946.
Nagy, F., New Averaging Program for a Millshane Hill Radar Site, A STIR TAB, No. N 61 — 1 — 2. — AD 246776.
Neumann, S., Optische Wellen als Informationsträger, Flugkörper, Heft 4, 1961.
Oliphant, W. D., The Electromagnetic Horn, Electronic Engng., 21, 1949.
Penrose, H. E., und R. S. H. Boulding, Grundlagen und Praxis der Radartechnik, Stuttgart 1958/59, Berliner Union (aus d. Engl.).
Popp, Paal und Taeger, »Radar«, Fachverlag Schiele und Schön GmbH, Berlin.
Pucketta, A. E., und S. Ramo, Guided Missile Energeering, New York 1959, McGraw-Hill Book Comp., Inc.
Rehbock, E., Ortung und Lenkung in Raum, NTZ, Heft 2, 1959.
Richardson, R. E., Some Pulse — Doppler Radar Design Considerations.
Röhrick, K., Raketenerfassung mittels Weitesradar, ZfW, 6 (9), 1958.
Roessger, E., Wetterradar, Dopplerradar, Technisch-wissenschaftliche Beschreibung, Inst. f. Luftfahrzeugführung und Luftverkehr, Techn. Univers. Berlin, 15. 4. 1961.
Schade, O. H., Analysis of Rectifier Operation, Proc. IRE, 31, 1943.
Slater, I. C., Resonant Modes of the Magnetron, Massachusetts Inst. of Techn., Radiation Lab., Rep. 43–9, Aug. 1942.
Southworth, C. C., und A. P. King, Metal Horns as Directive Receivers of Ultra Short Waves, Proc. IRE, 27, 1939.
Williams, F. C., und N. F. Moody, Ranging Circuits, Linear Time Base Generators and Associated Circuits, Journ. I.E. E., 93, Teil MA, 1946.
Zschirnt, H. H., Radar Tracking of Guided Missile — Proposed Hight Precision Direction Finding System, N. S. Air Force, Tech. Rept. No. F-TR-2166-B-ND, May 1948.
Radar–A Report on Science at War, Released by the United States Joint Board on Scientific Informations Policy, August 1945.
Radio Wave Propagation (N. D. R. C. Report), New York 1949, Academie Press.
Kleines Radarhandbuch, Bücherei der Funkortung, Dortmund 1958, Verkehrs-und Wirtschaftsverlag.
Hughes Develops Space Radar, m/r, 6. 3. 1961.
C-Band Radar Transponder Functions as Tracking Aid, Space/Aeronautics, 36 (4), 1961.
-Mile Anti–ICBM Radar daimed, m/r, Oct. 1957.
A Classifikation of Radar Reflektors in Use at Present Coast Guard, Washington D. C., 26. Sept. 1960, ASMA AD–242 001 (60–4–3).
Neuer Radar-Höhenmesser von Bendix, Flugwelt, 14 (3), 1962.
Re-Entry Landing System, Space/Aeronautics, 36 (4), 1961.
Codidar, Journal of Am. Society of Naval Engineers, 73 (4), Nov. 1961.
Laser, m/r, 10. 7. 1961.
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Rößger, E., Zehle, H. (1963). Raumfahrzeugortung. In: Grundlagen der Raumfahrzeugführung. Forschungsberichte des Landes Nordrhein-Westfalen, vol 1258. VS Verlag für Sozialwissenschaften, Wiesbaden. https://doi.org/10.1007/978-3-663-02530-6_3
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