R. Naslain 30. R. Naslain O. Dugne. A. Guette, J. Sevely, C. Robin-Brosse, J. P Rocher and J. Cotteret, Boron tride interphase in ceramic matrix composite, J/. Amer: Ceru. Soc. 74. 2482-2488(1991) 31. F. Rebillat. A Guette, R. Naslain and C. Robin-Brosse, Highly ordered pyolytic BN obtained by LPCVD. J Europ Ceram Soc. 17, 1403-1414(1997) 32. C G. Cofer. D. P. Kim and J. Economy, Formation of an ordered boron nitride matrix for fiber reinforced composites, Ceram. Trans. 46. 189-197(1995) 33. F. Heurtevent, (PyC-SiC)nanoscale-multilayered materials: application to interphases in ther- mostructural composites. PhD Thesis. Univ. Bordeaux. France. No. 1476(1996) 34.S. Bertrand, O. Boiron. R. Pailler, J, Lamon and R. Naslain,(PyC-SiC)n and(BN/SiC) anoscale-multilayered interphases by pressure pulsed-CVI, in: High Temperuture Ceramic Matrix Composites IlL, Key Engineering Materials. K. Niihara. K. Nakano, T. Sekino and E. Yasuda(Eds),Vol.164-165.pp.357-360(1999) 35. N. Murdie. C. P Ju. J. Don and M. A. Wright. in: Carbon-Carbon Materials and Co J. D. Buckley and D. D. Edie(Eds), Ch 5. pp. 105-167. Noyes Publications, Park Ri 66. L. Rubin, Applications of carbon-carbon. in: Carbon-Carbon Materials and Composites J D. Buckley and DD. Edie(Eds), Ch 9, pp. 267-281 Noyes Publications, Park Ridge, N (1993) 37.R. Naslain. A Guette. F Lamouroux. G. Camus, C. Labrugere, L. Filipuzzi and J. Thebault, SiC matrix composites for thermostructural applications: effect of the environment. in: Proc. /Orh Int. Conf. Composite Mater(ICCM-10), A. Poursartip and K. Street(Eds), VoL. 4, pp. 759-76.5 Woodhead Publishing, Abington-Cambridge, UK(1995) 38. w J. Lackey, S. Vaidyaraman and K L More, Laminated C-SiC matrix composites produced by CVI,J. Amer. Ceram Soc. 80(1). 113-116(1997) 39. F. Lamouroux, S. Bertrand. R. Pailler and R. Naslain. A multilayer ceramic matrix for oxidation resistant carbon fibers-reinforced CMCs, in: High Temperature Ceramic Matrix Composites Ill. Key Engineering Materials. K. Niihara. K Nakano, T Sekino and E. Yasuda (Eds).Vol.164-165,pp.365-368(1999 40,K. M. Prewo, J. J. Brennan and G. K. Layden, Fiber reinforced glasses and glass-ceramics for high performance applications, Amer: Ceram Soc. Bull. 65(2). 305-313: 322(1986) 41. S. Goujard, L. Vandenbulcke and H. Tawil, The oxidation behaviour of two- and three dimensional C/SiC thermostructural materials protected by chemical-vapour-deposition poly layers coatings, J Mater: Sci. 29, 6212-6220(1994) 42, J. E. Sheehan, High temperature coatings on carbon fibers and carbon-carbon composites. in: Carbon-Carbon Materials and Composites, J D. Buckley and D. D. Edie(Eds). Ch. 8. pp. 22.3-266. Noyes Publications, Park Ridge, NJ(1993) 43. T Moritomo. Y Ogura. M. Kondo and T Ueda, Multilayer coating for carbon-carbon compos- tes. Carbon33(4,351-357(1995) 44. A. w. Urquhart, Novel reinforced ceramics and metals: a review of Lanxide's composite 45. S. Antolin, A. S. Nagelberg and D. K. Creber. Formation of Al O3/metal composites by he directed oxidation of molten aluminum-magnesium-silicon alloys: Part 1, Microstructural development, J. Amer, Cera. Soc. 75(2), 447-454(1992) 46. A.S. Nagelberg, S, Antolin and A. w. Urquhart, Formation of Al2O3/metal composites by the directed oxidation of molten aluminum-magnesium-silicon alloys: Part Il, Growth kinetics J. Amer ceran.So.75(2),455-462(1992) 47. A.S. Fareed. Ceramic matrix composite fabrication and processing: a directed metal oxidation. in: Handbook on Continuous Fiber-Reinforced Ceramic Matrix Composites. R. L Lehman. S K. El-Rahaiby and J. B. Wachtman, Jr(Eds). Ch. 8. Pp. 301-324 Japan Chapter SAMPE. Yokohama(1997)