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Project SQUID: Techniques for the Study of Combustion of Beryllium and Aluminum Particles

机译：sQUID项目：研究铍和铝颗粒燃烧的技术

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作者
Macek, A.; Friedman, R.; Semple, J. M.;
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年度 1964
页码 p.1-23
总页数 23
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Combustion; Metals; Beryllium; Aluminum; Ignition; Particles; Particle size; Ammonium compounds; Perchlorates; Low pressure; Oxygen; Moisture; Luminescence; Photographic analysis; Solid rocket fuels; Oxygen heterocyclic compounds;

机译：燃烧;金属;铍;铝;点火;颗粒;粒径;铵化合物;高氯酸盐;低压;氧气;水分;发光;照相分析;固体火箭燃料;氧杂环化合物;

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1. Ignition,Combustion,and Agglomeration of Encapsulated Aluminum Particles in a Composite Solid Propellant.I.Theoretical Study of the Ignition and Combustion of Aluminum with Fluorine-Containing Coatings [J] . D.A.Yagodnikov, E.A.Andreev, V.S.Vorobev Combustion, Explosion, and Shock Waves . 2006,第5期

机译：复合固体推进剂中包封铝颗粒的着火，燃烧和团聚.I。含氟涂层的铝着火和燃烧的理论研究
2. Experimental study on aluminum particles combustion in a turbulent jet [J] . Jiarui Zhang, Zhixun Xia, Likun Ma, Energy . 2021,第Pta2期

机译：湍流射流铝颗粒燃烧的实验研究
3. Ignition and combustion of nano-sized aluminum particles: A reactive molecular dynamics study [J] . Liu Pingan, Liu Junpeng, Wang Mengjun Combustion and Flame . 2019,第MARa期

机译：纳米铝粒子的点火和燃烧：反应性分子动力学研究
4. TRACKING OF ALUMINUM PARTICLES BURNING IN SOLID PROPELLANT COMBUSTION GASES BY FOCUSING SCHLIEREN TECHNIQUE [C] . F. CAUTY, C. ERADES International Symposium on Flow Visualization . 2012

机译：通过聚焦Schlieren技术跟踪固体推进剂燃烧气体燃烧的铝颗粒
5. Influence of physicochemical properties on dissolution of beryllium from respirable beryllium particles and powders associated with prevalence of chronic beryllium disease. [D] . Stefaniak, Aleksandr Byron. 2004

机译：理化性质对铍从可吸入铍颗粒和粉末中溶解的影响，与慢性铍病的流行有关。
6. Single Particle Combustion of Pre-Stressed Aluminum [O] . Kevin J. Hill, Michelle L. Pantoya, Ephraim Washburn, 2019

机译：预应力铝的单颗粒燃烧
7. Micro-SQUID technique for studying the temperature dependence of switching fields of single nanoparticles [O] . Thirion, C., Wernsdorfer, W., Jamet, M., 2001

机译：micro-sQUID技术研究温度依赖性切换单个纳米粒子的场

Project SQUID: Techniques for the Study of Combustion of Beryllium and Aluminum Particles

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