Abstract
Human activity on asteroids will need constructions. It could be human habitat, base for mining machines, space station for communication, observation or deep space missions. The first constructions can be delivered from Earth, but an ability of space carriers are limited that limits the size and mass of the delivered constructions. Therefore, the extensive and long exploitation requires a technology to create new constructions on asteroid surface, under asteroid surface or near asteroid.
Access this chapter
Tax calculation will be finalised at checkout
Purchases are for personal use only
Preview
Unable to display preview. Download preview PDF.
References
Allred, R., Hoyt, A.E., McElroy, P.M., Scarborozgh, S., Cadogan, D.P.: UV rigidizable carbon-reinforced isogrid inflatable booms. AIAA-2002-1202 (2002)
Bar-Cohen, Y.: Transition of EAP material from novelty to practical applications – are we there yet? In: SPIE’s 8th Annual International Symposium on Smart Structures and Materials, Newport, USA, March 5-8, Paper No. 4329-02 (2001)
Barbashev, E.A., Dushin, M.I., Ivonin, Y.N., Kozin, V.I., Nikishin, E.F., Panshin, B.I., Perov, B.V.: Some results of tests of polymer materials after exposition in conditions of free space. In: Space Technology and Material Science, Moscow, Nauka (1982)
Bilen, S., Domonkos, M., Gallimore, A.: Simulating ionospheric plasma with a hollow cathode in a large vacuum chamber. J. of Spacecraft and Rockets 38, 617–621 (2001)
Briskman, V.A., Yudina, T.M., Kostarev, K.G., Kondyurin, A.V., Leontyev, V.B., Levkovich, M.G., Mashinsky, A.L., Nechitailo, G.S.: Polymerization in microgravity as a new process in space technology. Acta Astronautica 48, 169–180 (2001)
Cadogan, D., Stein, J., Grahne, M.: Inflatable composite habitat structures for Lunar and Mars exploration. In: 49th International Astronautical Congress, Melbourne, Australia, September 28-October 2, IAA-98-IAA.13.2.04 (1998)
Cadogan, D., Grahne, M., Mikulas, M.: Inflatable space structures: a new paradigm for space structure design. In: 49th International Astronautical Congress, Melbourne, Australia, September 28-October 2, IAF-98-I.1.02 (1998a)
Cadogan, D.P., Lin, J.K., Grahne, M.S.: Inflatable solar array technology. AIAA-99-1075 (1999)
Cadogan, D.P., Scarborough, S.E.: Rigidizable materials for use in Gossamer Space Inflatable structures. AIAA-2001-1417 (2001)
Cadogan, D.P., Scarborough, S.E., Lin, J.K., Sapna, G.H.: Shape memory composite development for use in Gossamer space inflatable structures. AIAA 2002-1372 (2002)
Cassapakis, C., Thomas, M.: Inflatable structures technology development overview. AIAA-95-3738 (1995)
Connell, J.W.: The effects of low-Earth orbit atomic oxygen exposure on Phenylphosphine oxide-containing polymers. Final report. Evaluation of Space Environment and Effects on Materials (ESEM). Appendix D, NASA Technical Report (1999)
Czaubon, B., Paillos, A., Siffre, J., Thomas, R.: Mass spectrometric analysis of reaction products of fast oxygen atoms-material interactions. J. of Spacecraft and Rockets 35, 797–804 (1998)
Darooka, D.K., Jensen, D.W.: Advanced space structure concepts and their development. AIAA-2001-1257 (2001)
Darooka, D.K., Scarborough, S.E., Cadogan, D.P.: An evaluation of inflatable truss frame for space applications. AIAA 2001-1614 (2001)
de Groh, K.K., Banks, B.A., Hammerstrom, A.M., Youngstrom, E.E., Kaminski, C., Marx, L.M., Fine, E.S., Gummow, J.D., Wright, D.: MISSE PEACE Polymers: An International Space Station Environmental Exposure Experiment. In: Proceedings of the Conference on ISS Utilization - 2001, Cape Canaveral, Fl, AIAA 2001-4923 (2001); also in NASA TM-2001-211311
de Groh, K.K., Morgana, M.: The Effect of Heating on the Degradation of Ground Laboratory and Space Irradiated Teflon FEP. NASA TM-2002-211704 (2002)
Derbes, B.: Case studies in inflatable rigidizable structural concepts for space power. AIAA-99-1089 (1999)
Dever, J., de Groh, K.K., Townsend, J.A., Wang, L.L.: Mechanical Properties Degradation of teflon FEP Returned from the Hubble Space telescope, NASA report 1998-206618, AIAA-98-0895 (1998)
Dever, J., Semmel, C., Edwards, D., Messer, R., Peters, W., Carter, A., Puckett, D.: Radiation durability of candidate polymer films for the next generation space telescope sunshield. NASA TM 2002-211508 and AIAA-2002-1564 (2002)
Dever, J.A., Pietromica, A.J., Stueber, T., Sechkar, E., Messer, R.: Simulated space vacuum ultraviolet (VUV) exposure testing for polymer films. NASA TM-2002-211337 and AIAA-2001-1054 (2002a)
ECSS Space Environment Standard, ECSS E-10-04, Guide for LEO mission, ECSS-Q-70-04 (outgassing), ESA (2000)
Favorskii, O.N., Kadaner, Ya, S.: About heat transfer in space. Visshaya Shkola, Moscow (1972)
Freeland, R.E., Veal, G.R.: Significance of the inflatable antenna experiment technology. AIAA-98-2104 (1998)
Fu, J.H., Graves, G.R.: Thermal Environments for Space Shuttle Payloads. In: AIAA Shuttle Environment and Operation II Conference Proceedings, p. 18 (1985)
Golub, M.A., Wydeven, T.: Reactions of atomic oxygen (O(3P)) with various polymer films. Polymer Degradation and Stability 22, 325–338 (1988)
Gonzales, R.I., Phillips, S.H., Hoflund, G.B.: In situ oxygen atom erosion study of polyhedral oligomeric silsesquioxane-siloxane copolymer. J. of Spacecraft and Rockets 37, 463–467 (2000)
Grahne, M.S., Cadogan, D.P.: Inflatable solar arrays: revolutionary technology? ILC Dover, Inc., 1999-01-2551 and Sasakawa International Center for Space Architecture, SICSA outreach, Special Design Project Issue 1, No.7 (1988)
Grossman, E., Lifshitz, Y., Wolan, J.T., Mount, C.K., Hoflund, G.B.: In situ erosion study of Kapton using novel hyperthermal oxygen atom source. J. of Spacecraft and Rockets 36, 75–78 (1999)
Grossman, G., Williams, G.: Inflatable concentrators for solar propulsion and dynamic space power. Journal of Solar Energy Engineering 112, 299 (1990)
Guidanean, K., Williams, G.T.: An inflatable rigidizable truss structure with complex joints. AIAA-98-2105 (1998)
Haruvy, Y.: Risk Assessment of Atomic-Oxygen-Effected Surface Erosion and Induced Outgassing of Polymeric Materials in LOE Space Systems. ESA Journal 14, 109–119 (1990)
Iwata, M., Ohnishi, A., Hirosawa, H., Tohyama, F.: Measurement and Evaluation of Thermal Control Material with Polyimide for Space Use. J. of Spacecraft and Rockets 38, 504–509 (2001)
Kato, S., Takeshita, Y., Sakai, Y., Muragishi, O., Shibayama, Y., Natori, M.: Concept of inflatable elements supported by truss structure for reflector application. Acta Astronautica 19, 539–553 (1989)
Kiefer, R.L., Orwold, R.A., Harrison, J.E., Ronesi, V.M., Thibeault, S.A.: The effects of the space environment on Polyetherimide films. Final report. Evaluation of Space Environment and Effects on Materials (ESEM), Appendix C, NASA Technical Report (1999)
Klein, T.F., Lesieutre, G.A.: Space environment effects on damping of polymer matrix carbon fiber composites. J. of Spacecraft and Rockets 37, 519–525 (2000)
Klyachkin, Y.S., Trushnikov, V.A., Kondyurin, A.V., Imankulova, S.A.: Study of the nature of interaction of EPDM-40 rubber with an epoxy adhesive. J. Adhesion Science and Technology 6, 1137–1145 (1992)
Kondyurin, A.V.: Building the shells of large space stations by the polymerisation of epoxy composites in open space. Plasticheskie massy 8: 25. Translated in Int. Polymer Sci. and Technol. 25(4), T/78 (1997)
Kondyurin, A.: Large size station on Mars surface by the way of polymerization of composite polymer material. In: Fourth Canadian Space Exploration Workshop. Science Payloads for Mars, Abstracts, Ottawa, Canada, November 15-16 (2002)
Kondyurin, A.: Direct Curing of Polymer Construction Material in Simulated Earth’s Moon Surface Environment. Journal of Space Craft and Rockets 48, 378–384 (2011)
Kondyurin, A.: Curing of composite materials for an inflatable construction on the moon. In: Badescu, V. (ed.) Moon. Prospective Energy and Material Resources, vol. 102, pp. 503–518. Springer, Heidelberg (2012)
Kondyurin, A., Mesyats, G., Klyachkin, Y.: Creation of High-Size Space Station by Polymerization of Composite Materials in Free Space. J. of the Japan Soc. of Microgravity Appl. 15, 61–65 (1998)
Kondyurin, A., Kostarev, K., Bagara, M.: Polymerization processes of epoxy plastic in simulated free space conditions. Acta Astronautica 48, 109–113 (2001)
Kondyurin, A., Lauke, B., Richter, E.: Polymerization Process of Epoxy Matrix Composites under Simulated Free Space Conditions. High Performance Polymers 16, 163–175 (2004)
Kondyurin, A., Bilek, M.: Ion Beam Treatment of Polymers. Application aspects from medicine to space. Elsevier, Oxford (2008)
Kondyurin, A.V., Komar, L.A., Svistkov, A.L.: Modelling of curing of composite materials for the inflatable structure of a lunar space base. Mechanics of Composite Materials and Constructions 15, 512–526 (2009)
Kondyurin, A.V., Nechitailo, G.S.: Composite material for Inflatable Structures Photocured under Space Flight Conditions. Cosmonautics and Rockets 3(56), 182–190 (2009a)
Kondyurin, A.V., Komar, L.A., Svistkov, A.L.: Modelling of curing reaction kinetics in composite material based on epoxy matrix. Mechanics of Composite Materials 16, 597–611 (2010)
Kondyurin, A., Kondyurina, I., Bilek, M.: Composite materials with uncured epoxy matrix exposed in stratosphere during NASA stratospheric balloon flight (2010a), http://arxiv.org/pdf/1008.5236
Kondyurin, A., Kondyurina, I., Bilek, M., de Groh, K.: Composite materials with uncured epoxy matrix exposed in stratosphere during NASA stratospheric balloon flight. NASA TM 216512 (2013)
Kondyurina, I., Kondyurin, A., Lauke, B., Figiel, L., Vogel, R., Reuter, U.: Polymerisation of Composite Materials in Space Environment for Development of a Moon Base. Advances in Space Research 37, 109–115 (2006)
Koontz, S., Leger, L., Albyn, K., Cross, J.: Vacuum ultraviolet radiation / atomic oxygen synergism in materials reactivity. J. of Spacecraft 27, 346–348 (1989)
Koontz, S., Albyn, K., Leger, L.: Atomic oxygen testing with thermal atom systems: a critical evaluation. J. of Spacecraft 28, 315–323 (1991)
Kroshkin, M.G.: Physical-chemical bases of space studies. Mashinostroenie, Moscow (1969)
Lai, S.T., Della-Rose, D.J.: Spacecraft charging at Geosynchronous altitudes: new evidence of existence of critical temperature. J. of Spacecraft and Rockets 38, 922–928 (2001)
Lee, C.-H., Chen, L.W.: Reactive probability of atomic oxygen with material surfaces in low Earth orbit. J. of Spacecraft and Rockets 37, 252–256 (2000)
Lura, F., Hagelschuler, D., Abraimov, V.V.: The complex simulation of essential space environment factors for the investigation of materials and surfaces for space applications. KOBE. DLR paper, Berlin, Germany (2003)
Mesyats, G., Klyachkin, Y., Gavrilov, N., Kondyurin, A.: Adhesion of Polytetrafluorethylene modified by an ion beam. Vacuum 52, 285–289 (1999)
Pippin, H.G.: Final report on analysis of Boeing specimens flown on the effects of space environment on materials experiment. Boeing Phantom Works (1999)
Purvis, C.K., Garrett, H.B., Whittlesey, A.C., Stevens, N.J.: Design guidelines for assessing and controlling spacecraft charging effects. NASA TP-2361 (1984)
Sandy, C.R.: Next generation space telescope inflatable sunshield development. ILC Dover, Inc. (2000)
Yu, S., Efremov, I., Blagov, V., Cherniavskiy, A., Yu, K., Tziganko, O., Medzmariahvili, E., Kinteraya, G., Bedukadze, G., Datashvili, L., Djanikashvili, M., Khatiashvili, N.: Space Experiment REFLECTOR on Orbital Station MIR. In: European Conference on Spacecraft Structures, Materials and Mechanical Testing. ESTEC, Noordwijk, The Netherlands (2000)
Simburger, E.J., Matsumoto, J., Lin, J., Knoll, C., Rawal, S., Perry, A., Barnett, D., Peterson, T., Kerslake, T., Curtis, H.: Development of a multifunctional inflatable structure for the powersphere concept. AIAA 2002-1707 (2002)
Teichman, L.A., Slemp, W.S., Witte Jr., W.G.: Evaluation of selected thermal control coatings for long-life space structures. NASA TM-4319 (1992)
Veldman, S.L., Vermeeren, C.A.J.R.: Inflatable structures in aerospace engineering - an overview. ESA paper (2002)
Walter, H.U.: Fluid sciences and materials science in space. A European Perspective. Springer, Berlin (1987)
Willey, C.E., Schulze, R.C., Bokulic, R.S., Skullney, W.E., Lin, J.K.H., Cadogan, D.P., Knoll, C.F.: A Hybrid Inflatable Dish Antenna System for Spacecraft. AIAA 2001-1258 (2001)
Wilson, A.: A history of balloon satellites. J. of the British Interplanetary Society 34, 10–22 (1981)
Author information
Authors and Affiliations
Editor information
Editors and Affiliations
Rights and permissions
Copyright information
© 2013 Springer-Verlag Berlin Heidelberg
About this chapter
Cite this chapter
Kondyurin, A. (2013). Curing of Construction Composite Materials on Asteroids. In: Badescu, V. (eds) Asteroids. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-39244-3_15
Download citation
DOI: https://doi.org/10.1007/978-3-642-39244-3_15
Publisher Name: Springer, Berlin, Heidelberg
Print ISBN: 978-3-642-39243-6
Online ISBN: 978-3-642-39244-3
eBook Packages: EngineeringEngineering (R0)