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Development of Pyrolytic Graphite/Silicon Carbide Composite Materials for Rocket-Nozzle Applications. Volume III. Comparison of Deposition Furnaces and a Generic Process Control System Specification.

机译：用于火箭喷嘴应用的热解石墨/碳化硅复合材料的研制。第三卷。沉积炉与通用过程控制系统规范的比较。

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This is the final volume in a three volume set describing the pyrolytic graphite/silicon carbide (PG/SiC) coating development work at the Los Alamos Scientific Laboratory (LASL). In this volume we compare the injector deposition furnace with the channel flow furnace that was developed at LASL during this program. They are compared for ease of scaling to larger sizes and modeling with existing computer programs, and relative ease of implementing changes. A specification is given for a generic process control system for the PG/SiC deposition. A recommended step-by-step procedure to develop a coating furnace for a specified rocket-nozzle part is outlined and an example of its use is given. (Author)

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cort, g. e. damran, j. j.;
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年度 1978
页码 1-32
总页数 32
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Pyrolytic graphite; Silicon carbides; Composite materials; Rocket nozzles; Vapor deposition; Injectors; Furnaces; Scale models; Control systems; Processing equipment; Computer programs; Specifications; Military requirements; Carbon fiber reinforced composites; Graphite reinforced composites; Silicon carbide; Matrix composites; Chemical vapor deposition; Production engineerings; Fabrication;

机译：热解石墨;碳化硅;复合材料;火箭喷嘴;气相沉积;喷射器;熔炉;比例模型;控制系统;加工设备;计算机程序;规格;军事要求;碳纤维增强复合材料;石墨增强复合材料;碳化硅;基体复合材料化学气相沉积;生产工程;制造;

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1. Improvement of the mechanical and oxidation resistance of pyrolytic carbon coatings by co-deposition synthesis of pyrolytic carbon-silicon carbide nanocomposite [J] . Yousefi Mohammad, Rahim-abadi Meysam Maleki Thin Solid Films . 2020,第Nova1期

机译：通过共沉积合成热解碳 - 碳化碳纳米复合材料改善热解碳涂层机械和抗氧化抗性
2. Effect of graphite exfoliation through multipass friction stir processing on microstructure and mechanical properties of aluminium 7075-silicon carbide-graphite composites [J] . Patil N. A., Nasir M. K. B. S., Pedapati S. R., Materials Science & Engineering Technology . 2021,第10期

机译：石墨剥离对铝7075-碳化硅 - 石墨复合材料微观结构和力学性能的影响
3. Tests for development of a process for concentration of graphite, silicon carbide and metallic aluminium from life-expired melting crucibles by means of selective comminution exploiting the materials' fracture properties [J] . AT: Aufbereitungs-Technik . 2004,第1a2期

机译：通过利用材料的断裂特性的选择性粉碎，开发从使用寿命到期的熔融坩埚中浓缩石墨，碳化硅和金属铝的工艺的测试
4. HYPERBARIC LASER CHEMICAL VAPOR DEPOSITION OF HIGH-STRENGTH ALUMINUM-SILICON-CARBIDE NANOCOMPOSITE FIBERS FOR AEROSPACE AND TRANSPORTATION APPLICATIONS. [C] . James Maxwell, Avinash Baji, Ing Kong Conference on composites at Lake Louise . 2019

机译：航空和运输应用高强度铝硅碳化物纳米复合纤维的高压激光化学气相沉积。
5. Process development for iridium aluminide coated silicon carbide-carbon functionally graded material for the oxidation protection of graphite. [D] . Richards, Mark Rowse. 1996

机译：铝化铱涂层碳化硅-碳功能分级材料的工艺开发，用于石墨的氧化保护。
6. Feasibility of a pyrolytic process for manufacturing zirconium carbide graphite composite support cups [O] . Blay, J.S. 1967

机译：用于制造碳化锆石墨复合支撑杯的热解过程的可行性
7. Development of Pyrolytic Graphite/Silicon Carbide Composite Materials for Rocket-Nozzle Applications. Volume II. The Channel Flow Deposition Furnace. [R] . wallace, t. c. cort, g. e. 1978

机译：用于火箭喷嘴应用的热解石墨/碳化硅复合材料的研制。第二卷。通道流动沉积炉。

Development of Pyrolytic Graphite/Silicon Carbide Composite Materials for Rocket-Nozzle Applications. Volume III. Comparison of Deposition Furnaces and a Generic Process Control System Specification.

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