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30篇 您的检索式：作者名="J A Zaykoski"

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	题名	作者	年代	出处	被引量
1	Oxidation-based materials selection for 2000℃+hypersonic aerosurfaces:Theoretical considerations and historical experience显示文摘	M M Opeka I G Talmy J A Zaykoski	2004	Materials Science2004，39，：	1
2	Oxidation- based materials selection for 2000 ℃ + hypersonic aero- surfaces: theoretical considerations and historical experience显示文摘	OPEKA M M TALMY I G ZAYKOSKI J A	2004	Journal of Materials Science2004，39，：	1
3	Ocidation-Based Materi-als Selection for 2 000℃+Hypersonic Aerosurfaces:Theoretical Considerations and Historical Experience显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	Journal of Materials Science2004，39，19：	1
4	High-Temperature Chemis-try and Oxidation of ZrB2 Ceramics Containing SiC,Si3N4,Ta5Si3,and Tasi2显示文摘	Talmy I Zaykoski J A Opeka M M	2008	Journal of the American Ceramic Society2008，91，7：	1
5	Oxidation-based materials selection for 2 000 ℃+hypersonic aerosurfaces: theoretical consid-erations and historical experience 显示文摘	OPEKA M M TALMY i G ZAYKOSKI J A	2004	J Mater Sci2004，39，19：	1
6	Oxidation - basedmaterials selection for 2000? + hypersonic aerosurfaces :Theoretical considerations and historical experience 显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	JMater Sci2004，39，19：	1
7	显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	J Mater Sci2004，39，19：	1
8	Oxidation-Based Materials Selection for 2 000 ℃ + Hypersonic Aerosurfaces: Theoretical Considerations and Historical Experience显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	Journal of Materials and Science2004，，：	1
9	Oxidation-based materialsselection for 2000 ℃ + hypersonic aerosurfaces:Theoretical con-siderations and historical experience显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	J Mater Sci2004，39，：	1
10	Oxidation-based materials selection for 2000 ℃+hypersonic aerosurfaces:Theoretical considerations and historical experience 显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	Journal of Materials Science2004，39，：	1
11	Properties of ceramics in the system ZrB2-Ta5Si3显示文摘	TALMY I G ZAYKOSKI J A OPEKA M M	2006	Journal of Materials Research2006，21，10：	1
12	Oxidation-based matedals selection for 2 000 ℃ + hypersonic aerosurfacas:Theoretical considerations and historical experience显示文摘	OPEKA M M TALMY I G ZAYKOSKI J A	2004	J Mater Sci2004，39，19：	1
13	Oxidation-based materials selection for 2000 C +hypersonic aerosurfaces: Theoretical considerations and historical experience显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	Journal of Materials Science2004，39，19：	1
14	Oxidation-Based MaterialsSelection for 2000~C + Hypersonic Aero Surfaces: Theoretical Considerations and Historical Experience显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	Journal of Materials Science2004，39，19：	1
15	Oxidation-based materials selection for 2 000 ℃ hypersonic aerosurfaces: theoretical considerations and historical experience 显示文摘	OPEKA M M TALMY I G ZAYKOSKI J A	2004	J Mater Sci2004，39，：	1
16	Properties of ceramics in the system ZrB2-Ta5Si3 显示文摘	Talmy I G Zaykoski J A Opeka M M	2006	J Mater Res2006，21，10：	1
17	Oxidation-based materials selection for 2000℃ + hypersonic aerosurfaces:theoretical considerations and historical experience显示文摘	Opeka M M Talmy I G Zaykoski J A		0，，19：	1
18	Mechnical, thermal and oxidation properties of refractory hafnium and zirconium compounds显示文摘	Opeka M M Talmy I G Zaykoski J A	1999	Journal of the European Ceramic Society1999，19，2：	1
19	Oxidation based materials selection for 2000℃ hypersonic aerosurfaces: Theoretical considerations and historical experience 显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	Journal of Materials Science2004，39，19：	1
20	Oxidation- based materials selection fox' 2 000~C + hypersonic aerosurfaces: theoretical considerations and historical experience 显示文摘	Opeka M M Talmy I G Zaykoski J A	2004	Journal of Materials Science2004，39，：	1

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