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EFFECTIVENESS OF ALUMINUM HONEYCOMB SHIELDS IN PREVENTING METEOROID DAMAGE TO LIQUID- FILLED SPACECRAFT TANKS FINAL REPORT

机译：铝蜂窝帘布防止液体填充航天器最终报告中铁矿石损害的效果

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ALUMINUM HONEYCOMB SPACECRAFT SHIELDING FOR PROTECTION AGAINST METEOROID IMPACT DAMAGE

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年度 1964
页码 1-29
总页数 29
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
ALUMINUM; HONEYCOMB STRUCTURES; HYPERVELOCITY IMPACT; IMPACT DAMAGE; METEORITE COLLISIONS; METEORITIC DAMAGE; METEOROID PROTECTION; PENETRATION; PROTECTION; SPACECRAFT SHIELDING;

机译：铝;蜂窝结构; HYpERVELOCIm ImpaCT;影响损害;陨石碰撞;气象损害;陨石保护;渗透;保护;航天器屏蔽;

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机译：瓦楞网眼防波炉防护瓦楞纸罩效率及人工空间碎片研究
2. Effect of Multi-Layer Insulation on Top of Spacecraft Meteoroids/Debris Shields: Prediction of the Automated Transfer Vehicle Pressure Module Ballistic Limit [J] . D. Palmieri, M. Lambert, M. Mendoza International journal of impact engineering . 2003,第1a10期

机译：多层绝缘对航天器流星体/碎片防护罩顶部的影响：自动传输车压力模块弹道极限的预测
3. FLEXIBLE AND DEPLOYABLE METEOROID/DEBRIS SHIELDING FOR SPACECRAFT [J] . E.L. CHRISTIANSEN, J.H. KERR, H.M. DE LA FUENTE International Journal of Impact Engineering . 1999,第1期

机译：灵活，可部署的流线型/泥石网
4. COMPUTATIONAL SIMULATION OF SPACECRAFT HONEYCOMB FLUID-FILLED SHIELD BEHAVIOR IN HYPERVELOCITY COLLISION WITH SPACE DEBRIS FRAGMENTS [C] . N.N.Smirnov, A.B.Kiselev, V.F.Nikitin 6th European Conference on Space Debris . 2013

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5. INJECTION MOLDING OF ALUMINUM-FILLED POLYCARBONATE STRUCTURAL FOAM FOR EMI SHIELDING. [D] . RONDEAU, SUZANNE MARIE. 1984

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6. Complex Permittivity and Electromagnetic Interference Shielding Effectiveness of OPEFB Fiber-Polylactic Acid Filled with Reduced Graphene Oxide [O] . Ismail Ibrahim Lakin, Zulkifly Abbas, Rabaah Syahidah Azis, 2020

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7. Burst Pressure Failure of Titanium Tanks Damaged by Secondary Plumes from Hypervelocity Impacts on Aluminum Shields [O] . Miller Joshua, Davis B. Alan, Christiansen Eric, 2011

机译：超速撞击铝制护罩而使次生羽损坏钛罐的爆破压力失效
8. Effectiveness of Aluminum Honeycomb Shields in Preventing Meteoroid Damage to Liquid- Filled Spacecraft Tanks Final Report [R] . 1964

机译：铝蜂窝护罩在防止液体填充航天器储罐的流星体损伤方面的有效性最终报告

EFFECTIVENESS OF ALUMINUM HONEYCOMB SHIELDS IN PREVENTING METEOROID DAMAGE TO LIQUID- FILLED SPACECRAFT TANKS FINAL REPORT

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