6.0 References/ссылки

1 The Author, in this paper, represents only himself and his position as C.E.O., Computer Futures Inc. No endorsement by, or rights to this work are implied for any of the co-sponsoring organizations in which the Author is an Active Member: British Interplanetary Society, National Space Society, World Space Foundation, Space Studies Institute, Planetary Society

2 Post, J.V., "Unusual Spacecraft Materials", Proc. Space 90, 2nd International Conference on Engineering, Construction, and Operations in Space, April 1990, Albuquerque, NM, pp.1055-1064

3 Post, J.V., "Unusual Spacecraft Materials", Proc. Vision-21 (Space Travel in the Next Millennium), NASA Lewis Res. Ctr., April 1990, pp.391-403 [see also my frontispiece poem in this volume] 

4 Post, J.V., "Hydrogen Ice Spacecraft", Proc. AIAA Space Prog. & Tech., Huntsville, AL, Sep 1990

5 Spangenburg, R. & Moser, D., "Iceships", in "Notes from the Radical Fringe", ed. T. Reichhardt, Final Frontier, Vol.3, No.3, May/June 1990, p.26, citing 3 above

6 David, Leonard, "Hydrogen Iceships", in "Vision for the 21st Century", Ad Astra, Vol.2, No.6, June 1990, p.27, citing 3 above 

7 Ditlea, Steve, "Space: Sail on Ice", Omni, Jan 1991, p.20; quoting J. V. Post and James Stephens (JPL) who originated the idea of hydrogen ice spacecraft for low Earth orbit

8 Verne, Jules, Around the World in 80 Days, in The Omnibus, New York: Blue Ribbon, 1938, orig. Paris 1873

9 Spenser, Dwain F., and Jaffe, Leonard D., Feasibility of Interstellar Travel, Technical Report No.32-233, Jet Propulsion Laboratory, 15 March 1962 

10 Aston, Graeme, "Electronic Propulsion: A Far Reaching Technology", Journal of the British Interplanetary Society, Vol. 39, No.11, Nov. 1986, pp.503-507

11 Nordley, Gerald David, "Application of Antimatter-Electric Power to Interstellar Propulsion", Journal of the British Interplanetary Society, Vol. 43, 1990, pp.241-258

12 Ackeret, J., "Theory of Rockets", Helvetica Physica Acta, Vol. 19, 1946, pp.103-112

13 Ackeret, J., "Theory of Rockets", Journal of the British Interplanetary Society, Vol. 6, 1947, pp.116-123

14 Tsien, H. S., "Rockets and Other Thermal Jets Using Nuclear Energy", The Science and Engineering of Nuclear Power, Addison-Wesley, Cambridge, Vol.11, 1949, pp.177-195 

15 Bussard, R. W., "Galactic Matter and Interstellar Flight", Astronautica Acta, Vol. 6, 1960, pp.179-194 

16 Sanger, E., "Atomic Rockets for Space Travel", Astronautica Acta, Vol. 6, No. 1, 1960, pp.4-15

17 Stuhlinger, E., "Photon Rocket Propulsion", Astronautics, Vol.4, No. 10, Oct 1959, pp.36, 69, 72, 74, 76, 78

18 Huth, J., "Relativistic Theory of Rocket Flight with Advanced Propulsion Systems", ARS Journal No. 30, 1960, pp.250-253

19 Subotowicz, M., "Theorie der relativistschen n-Stufenrakete", Proc. 10th International Astronautical Congress, Vol. 2, London, 1959, pp. 852-864

20 Mauldin, John H., Prospects for Interstellar Travel, American Astronautical Society/Univelt, 1992 

21 Gilman, Henry, and Eisch, John J., "Lithium", Scientific American, Jan 1963, pp.88ff

22 Lepoutre, Gerard, and Lelieur, Jean Pierre, "Properties of Concentrated Metal-Ammonia Solutions", in Metal-Ammonia Solutions, London: Butterworth, 1970

23 CRC Handbook of Chemistry & Physics, 74th Edn., 1993-4, p.4-14 

24 D. Hustvedt, personal communication, 17 Jan 1986

25 Post, J. V., "Lunar Farside, Mars Polar Cap, and Mercury Polar Cap Neutrino Experiments", Engineering, Construction and Operations in Space III, Proc. 3rd International Conference (Space-92), AS Div. ASCE, Denver, 31 May-4 June 1992, pp.2252-63

26 Post, J. V., "Human and Robotic Precursor Missions to the Polar Icecaps of Mercury", Space Manufacturing 9: The High Frontier: Proc. Eleventh SSI-Princeton Conference, ed. Barbara Faughnan, Washington DC: AIAA, Sep 1993, pp.370-377

27 Post, J.V., as cited in "The Ball-Bearing Bowling Alternative: Wild Strikes for Polar Ice", Clark, Pamela E., The Mercury Messenger, No.6, July 1994, Houston: Lunar and Planetary Institute, citing 26 above

28 Bond, Alan, "Analysis of potential performance of a ram-augmented interstellar rocket", Journal of the British Interplanetary Society, Vol. 27 (1974), pp.674-88

29 Forward, Robert L., "Antimatter propulsion", Journal of the British Interplanetary Society, Vol. 35 (1982), pp.391-5

30 Cassenti, B. N., "Optimization of relativistic antimatter rockets", American Institute of Aeronautics and Astronautics, 1983, #83-1343

31 Post, J. V., "Fusion Rockets", section 2.4 of Catalog of Advanced Propulsion Concepts, Final Report, Volume 1, Advanced Propulsion Concepts for Orbital Transfer Study, Boeing Document D180-26680, Boeing Aerospace Company, Seattle, WA, October 1981, Boeing/NASA Contract NAS8-33935, pricipal author Dr. Dana G. Andrews [during the preparation of this report, J. V. Post qualitatively invented the Magnetic Sail, later quantified by Andrews & Zubrin as below]

32 Nordley, Gerald David, personal communication, Sunnyvale, CA, 27 September 1994

33 Post, J. V., Molecular Cybernetics, the world's first doctoral dissertation on what is now called Nanotechnology, University of Massachusetts at Amherst, 1977. Various chapters of this thesis have appeared in journals and the proceedings of international conferences, list available upon request. J. V. Post was in contact with Nanotechnology leader K. Eric Drexler before

Drexler's first book, and introduced Drexler to supportive editors of Omni and Analog magazine

34 Andrews, Dana, and Zubrin, Robert, "Magnetic Sails and Interstellar Travel", Journal of the British Interplanetary Society, Vol. 43 (1990), pp.265-72 [as per note in 31 above, Dr.

Robert Zubrin acknowledges J. V. Post as qualitative inventor of the Magnetic Sail, that J. V. Post disclosed the concept to Dr.Dana Andrews, which concept was quantified when Dr. Andrews collaborated with Dr. Zubrin after J. V. Post had left Boeing employ]

35 Hartman, Norman E., personal communication, Tigard, OR, 11 September 1994

36 Post, J. V., and Dr. Donald David Rose, "Artificial Intelligence and Robotics for Space", Quantum Science Fiction & Fantasy Review, Gaithersburg, MD, No. 43/44, May 1993, pp.44-48

37 Zeilingold, Daphna; Hoey, John; Post, Jonathan V., Space Exploration Initiative Automation and Robotics Trade Study, Space Systems Division, Rockwell International, Downey, CA, 30 April 1990 [includes 300 references]

38 Post, J. V., "Future Space Sensors", concluding keynote address in "Images from Space: Yesterday, Today, and Tomorrow", AIAA 30th Aerospace Sciences Meeting & Exhibit, Reno, NV, 6 Jan 1992; appeared in Quantum Science Fiction & Fantasy Review, Gaithersburg, MD, No.41, Winter/Spring 1992, pp.44-48

39 Post, J. V., Proposal for Research in Ground-to-Orbit Laser Propulsion 1987-88, 18 Dec 1986, Talandic Research Corporation, Pasadena (now Irwindale) CA, presented to Lawrence Livermore National Laboratory (Dr. Jordin Kare), first proposed fiber or particulate stiffened cryogenic ice as reaction mass for laser propelled rockets 

40 Post, J. V., and Bradbury, Ray, "To Sail Beyond the Sun: A Luminous Collage", Project Solar Sail, ed. Arthur C. Clarke, David Brin, Jonathan V. Post, New York: Roc (Penguin USA), April 1990, pp.33-39

41 Post, J. V., and Uphoff, Chauncey, "A Rebel Technology Comes Alive", Project Solar Sail, ed. Arthur C. Clarke, David Brin, Jonathan V. Post, New York: Roc (Penguin USA), April 1990, pp.95-104

42 Post, J. V., "BrainSails", MindSparks, Laurel, MD, in press (1995)

43 Cassenti, Brice N.; Kammash, T.; and Galbraith, D., "An Antiproton Catalyzed Inertial Fusion Propulsion System", 30th AIAA/ASME/SAE/ASEE Joint Propulsion Conference, Indianapolis, IN,

27-29 Jun 1994, AIAA 94-3354

44 Post, J. V., et.al., Integrated Space Plan, Feb 1989, Rockwell International

Перевод: Александр Семенов, сентябрь-октябрь, 2008 г. 

Первоисточник