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绪言一般来说,在各种复合材料和航空空间工艺方面,精细的结构纤维已被发展,本文介绍时不多重复。早期的硼,较近期的结构石墨纤维,大大扩大了玻璃补强塑料工艺的可能应用范围。几年来,飞歌-福特公司航空分公司的应用研究实验室,广泛地投入了复合材料工艺的研究,特别近几年中,他们广泛地发表了在应用精密机械方面的工作。在此基础上,飞歌-福特公司提出了一项探讨先进的复合结构应用范围的计划,其目的不仅在于选择可能的应用范围,而且将证实在近代工艺中用这种先进材料代替
INTRODUCTION In general, fine structural fibers have been developed for a variety of composite materials and aerospace processes, and are not repeated in this article. Early boron, the more recent structural graphite fibers, greatly expanded the possible range of glass reinforced plastic processes. In recent years, the Applied Research Laboratory at the Aerospace-Aerospace Division of Ford Motor Company has invested extensively in the research of composite materials technology. In recent years, in particular, they published their work on the application of precision machinery. On this basis, Aeroflot - Ford Motor Company proposed a plan to explore the application of advanced composite structure, the purpose is not only to choose the possible range of applications, but will prove in modern technology with this advanced material instead