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关于2007年《推进剂研究论文专辑》的征稿启事

2024-09-01 来源:好走旅游网
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76 含 能 材 料 第14卷 ter soluble drugs[J].Iournal ofNanoparticls Research,2002,4:III —[43]Barbee Troy w,Simpson Randall L。Gash Alexander E,et a1.Nona- ll9. laminate-based ignitos[P].USr patent US 20040060625,2004. [44]Barhee T W Jr。Gash A E,Satcher J H Jr。et a1.Nanoteehnology based environmentally robust primes[A].Irnternational Annual Conference of ICT[c],34th,2003,31/1—3I/l3.Fraunhofer・Institut fuer Che- mische Technologie. [39]Bermejo E,Becue T,Lacour c。et a1.Synthesis of nanoscaled iron par- ticles from freezed-fired preeu/Nor ̄[J].Powder Technology,1997,97: 29—34. [40]Bermejo E,Dantas T,Laeour c,et 1a.Mechanism offormation ofnano crystalline hematite prepared by freeze-drying[J].Materials Research Bulletin.1995,30,5:645—652. [45]Naud Darren L,Hiskey Michael A,Son Steven F,et a1.Feasibility study on the use of nanoscale thermites for had-free electric matches [41]George P,Dixon Alexandria Va,Joe A Martin,et 1a.Lead-free precus- sion primer mixes based on metastable interstitial composite(MIC) technology[P].uS patent US 5717159,1998. [J]..IoⅡm4z fPyorotechnics。2003.17:65—75. [46]Naud Darren。Son Steven F,Hiskey Miehael A.Lead-free electric match compositions[P】.WO patent WO200401 1396。2004. [47]Teipel U,Foerter-Barth.Mechanical properties of gel propellants with [42]Tillotson Thomas M。Hmbesh Lawrence W,Simpson R L,et a1.Sol-ge1 processing of energetic materils[J].Journal oaf Non・Crystalline Sol- ida。l998.225:358—363. nanopartieles[J].Journal ofEnergetic Materials。2004。22:69—82. Review on Methods of Preparing Nanocomposites Energetic Materials in Liquid Phase ZHANG Guang-quan,LI Jin・shan (Institute ofChemical Materials,CAEP,Mianyang 621900,China) Abstract:Several methods of preparing nanocomposites energetic materials in liquid phase by using sol-gel chemistry,spray route, precipitation and freeze-drying are reviewed.Metal-oxide-based nanoeomposites energetic materials are prepared mainly by sol—gel, and the preparation of Fe2O3/A1 nanocomposltes is illustrated.Spray route including spray drying and Rapid Expansion of Supercrit- ical Solution(RESS)instead of solvent with CO2 supercritlcal lfuids are intrducoed,mainly by which nanocomposltes with energetic materials and nanostructured metal particles are prepared.Precipitation and Compressed Fluid Antisolvent(PCA)instead of precipitation reagent with CO2 supercrltical fluids are also given.Composites with inorganic oxidizer and nanostructured metal particles are prepared by ̄eeze-drying,and NH4 CIO‘/A1 nanocomposites is illustrated. Key words:materials science;energetic material;sol-gel;spray;precipitation;freeze-drying;supercritical fluid {lI读者・作者-编者I} j|I带习竹 弗齐弗曩 关于2007年《推进剂研究论文专辑》的征稿启事 推进剂是战术导弹、战略火箭和航天飞行的动力能源,是军用含能材料研究中最活跃的部分,科技水 平发展最快的一个学科,受到含能材料工作者密切地关注。为使有关研究成果得到更好的交流,促进推进 荆技术的发展,本刊将于2007年组织出版《推进剂研究论文专辑》。 专辑内容包括;固体(液体)推进剂的配方、性能、工艺技术、安全特性等理论研究、实验设计,新材料 在推进剂中的应用、推进剂的发展前景与发展方向。本专辑特别欢迎与高能含硼富燃料推进剂、高能景密 度物质(HEDM,如GAP、CL-20)推进剂、无毒或低毒绿色推进剂、金属化胶体推进剂、高密度碳氢燃料、吸 热型碳氢燃料等有关内容的学术论文。 请各位作者积极撰稿,来稿请注明“推进剂研究论文专辑”。 

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