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Rocket engine evaluation of erosion and char as functions of fabric orientation for silica-reinforced nozzle materials

机译：火箭发动机评估侵蚀和焦炭作为二氧化硅增强喷嘴材料的织物取向的功能

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Rocket engine evaluation of erosion and char as functions of fabric orientation for silica reinforced nozzle materials

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作者
Peterson, D. A.; Shinn, A. M., Jr.; Winter, J. M.;
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年度 1969
页码 1-43
总页数 43
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
ABLATIVE MATERIALS; EROSION; ROCKET NOZZLES; SILICON DIOXIDE; TEST FIRING; DESTRUCTIVE TESTS; LIQUID ROCKET PROPELLANTS; ORIENTATION; QUARTZ; ROCKET TEST FACILITIES;

机译：aBLaTIVE maTERIaLs;侵蚀;火箭喷嘴;二氧化硅;测试射击;破坏性试验;液体火箭推进剂;取向;石英;火箭测试设施;

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机译：混合火箭发动机喷嘴材料热化学侵蚀的数值分析
2. Long-Term Firing Tests of the Nozzles of Rocket Engines Made on the Basis of Carbon Composite Materials [J] . A. M. Gubertov, V. V. Koshlakov, V. V. Mironov, Thermal engineering . 2012,第14期

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3. Evaluation of Thermal Diffusivity of Rocket Nozzle Materials [J] . Yutaka Sato, Kunihiko Ohtake, Toru Shimada, 熱物性 . 2003,第3期

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4. Numerical Analysis of Nozzle Material Thermochemical Erosion in Hybrid Rocket Engines [C] . Daniele Bianchi, Francesco Nasuti AIAA/ASME/SAE/ASEE joint propulsion conference exhibit . 2012

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5. Mechanisms of Graphite Nozzle Erosion in Hybrid Rockets [D] . KAMPS, Landon Thomas 2019

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6. A laboratory-based study examining the properties of silk fabric to evaluate its potential as a protective barrier for personal protective equipment and as a functional material for face coverings during the COVID-19 pandemic [O] . Adam F. Parlin, Samuel M. Stratton, Theresa M. Culley, 2020

机译：基于实验室的研究检查了丝面织物的性质评价其作为个人防护装备的保护屏障的潜力以及在Covid-19大流行期间的面部覆盖物的功能材料
7. Evaluation of Thermal Diffusivity of Rocket Nozzle Materials. [O] . Yutaka Sato, Kunihiko Ohtake, Toru Shimada, 2003

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8. Rocket Engine Evaluation of Erosion and Char as Functions of Fabric Orientation for Silica-Reinforced Nozzle Materials [R] . Peterson, D. A., Shinn, A. M., Winter, J. M. 1969

机译：火箭发动机评价侵蚀和焦炭作为二氧化硅增强喷嘴材料织物取向的函数

Rocket engine evaluation of erosion and char as functions of fabric orientation for silica-reinforced nozzle materials

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