References
- March 2003 . 2003 ROHACELL NEWS March ,
- Kobayashi , M. , Sakai , S. and Shimizu , R. Development of H-2A launch vehicle composite interstage structure . Proc. 9th US?Japan Conf. on Composite Materials . pp. 655 – 660 . JSCMASC . Mishima
- Sarries Illera , J. I. Characterization of polymeric foams for the insulation of cryogenic tanks of reusable launchers . Proc. 30th Intern. Conf. on Environmental Systems . Toulouse .
- Seibert , H. F. 1998 . High-performance form cores based on PMI definition of status and recent developments . Sandwich Construction 4 , II : 503 – 513 .
- Shimoda , T. , Morino , Y. and Morimoto , T. 2000 . “ Feasibility study of CFRP application to the cryogenic propellant tank of reusable launch vehicles ” . In ISTS 2000-c-11 491 – 496 .
- Den Haan , L. 1995 . A new foam core for demanding sandwich structures . Sandwich Construction 3 , II : 513 – 524 .
- Gellhorn , E. V. and Starlinger , A. 1995 . An efficient estimation procedure for creep parameters of structural foams . Sandwich Construction 3 , II : 779 – 788 .
- Weiser , E. S. , Johnson , T. F. , St. Clair , T. L. , Echigo , Y. , Kaneshiro , H. and Grimsley , B. W. High temperature polyimide foams for aerospace vehicles . Proc. 44th Int'l. SAMPE Symp . Long Beach . pp. 511 – 525 .
- Weiser , E. S. , Grimsley , B. W. , Pipes , R. B. and Williams , M. K. Polyimide foams from friable balloons . Proc. 47th Int'l. SAMPE Symp. and Exhib . Long Beach . pp. 1151 – 1162 .
- Veazie , D. R. , Vincent , S. and Weiser , S. E. S. Characterization of polyimide foams for ultralightweight space structure . Proc. 44th Structures, Struct. Dynamics, and Mats. Conf . Norfolk . pp. 1 – 3 . AIAA . 2003-1507
- Resewski , C. and Buchgraber , W. Properties of new polyimide foams and polyimide form filled honeycomb composites . 2nd Int'l. Meeting on Space and Aerospace Material Technology, Material Science and Engineering Technology . Vol. 34 , No. 4. Wiley?VCH edition
- Williams , M. K. , Weiser , E. S. , Fesmire , J. E. , Grimsley , B. W. , Smith , T. M. , Brenner , J. R. and Nelson , G. L. Polyimide foam insulation materials for aerospace vehicles and spaceport applications . 41st Space Congress . Florida .
- 2001 . “ NASA, High-performance TEEK polyimide insulation foam technology ” . In Inventions and Contributions Board, Space Act Award Application LAR-15831