介绍当今导弹和航天用固体火箭发动机主要构件燃烧室绝热壳体和喷管材料应用现状,讨论了该领域金属材料、聚合物基复合材料、碳基和陶瓷基复合材料的技术发展趋势和应用前景.
参考文献
[1] | Palmer G L .Advanced solid rocket motor case design status[R].AIAA 93-2209 |
[2] | 丘哲明.固体火箭发动机材料与工艺[M].北京:宇航出版社,1995 |
[3] | Kostikov V I.Fiber science and technology[M].Chapman & Hall,London,1995 |
[4] | Yang H H.Kevlar aramid fiber[M].New York:John Wiley and Sons,1993 |
[5] | Humphrey W D.Evaluation of PBO fiber pressure vessels[A].,1995:1478-1489. |
[6] | Carroll H .Design and development of Pegasus propulsion[R].AIAA 89-2314 |
[7] | Mard F .Design,manufacture and test of composite case for ERINT-1 solid rocket motor[R].AIAA 93-2462 |
[8] | Wilson W G.Recent advances in graphite/epoxy motor cases[A].,1993:115-123. |
[9] | Rorter R S.Manmade fibers[J].Elsevier Applied Science,1993 |
[10] | Smith W S.Engineered materials handbook[M].ASM Intern,1995:43-104,1068-1073. |
[11] | Shalin R E.Polymer matrix composites[M].Chapman & Hall,London,1995 |
[12] | Jensen G E.Tactical misslie propulsion[J].AIAA tactical missile series,1996 |
[13] | Sayles D C .Anticipated intercepter propulsion technology advancements by the late 1990s[R].AIAA 92-1723 |
[14] | Chew J S .Solid rocket propulsion applications for advanced polymers[Z].AD A240864 |
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