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1)  incendiary agent
燃烧剂
1.
The use of a sodium borohydride (NaBH4) in incendiary agent was investigated to improve the energy properties of the pyrotechnics.
本文采用REAL程序和正交设计法对含有硼氢化钠(NaBH4)的化学储氢燃烧剂进行了配方设计计算,计算结果表明硼氢化钠的加入能显著提高燃烧剂的热值,硼氢化钠含量为20%时,可使燃烧剂能量提高14。
2.
Researches on mischmetal incendiary agents are reviewed.
稀土金属化学性质较活泼,易于发生氧化反应,有较低的发火点和较高的燃烧热值,适于制造自燃燃烧剂
3.
Through an analysis on the probabilities of several ways to achieve effective fireballs based on experiments, it is found that increase in the amount of incendiary agent used is a practical means for its realization.
通过实验,对各种途径实现有效杀伤的可行性进行了分析,认为加大燃烧剂的装量是实现火球有效杀伤比较现实的手段。
2)  Combustion agent
燃烧剂
1.
The aim of the high performance combustion agent is as follows:mass of the combustion agent is ≤0.
文章分析了木质引燃目标的特性及燃烧性能,指出高效燃烧剂的技术目标:燃烧剂质量≤0。
2.
The influence of the oxygen balance of pyrotechnical combustion agent and the structure of its rare earth metal shell on the burning performance of the combined combustion element were studied.
分析了烟火燃烧剂的氧平衡及稀土壳体的结构对复合燃烧元件燃烧性能的影响 ,提供了复合燃烧元件的各项物化性能数据 。
3)  Incendiary [英][ɪn'sendiəri]  [美][ɪn'sɛndɪ'ɛrɪ]
燃烧剂
1.
Effects of the Macromolecule Resin on the Properties of Active Metal Incendiary;
高分子树脂对活性金属准合金燃烧剂性能的影响
2.
Study on Application of Rare-earth Incendiary Composition;
药剂型稀土燃烧剂使用技术研究
3.
The Active metal incendiary can be made by the way of polymerize reactions between the macromole- cule resin and some high energy active metal powder,such as zirconium powder,magnesium powder,titanium powder,aluminium powder etc.
以高含能活性金属锆、钛、铝等粉末为主体成分,以高分子树脂为聚合材料制备准合金燃烧剂
4)  combustion adjuvant
燃烧助剂
5)  combustion catalyst
燃烧催化剂
1.
XPS characterization of loaded combustion catalyst La_(0.8)Sr_(0.2)CoO_3;
负载型La_(0.8)Sr_(0.2)CoO_3燃烧催化剂的XPS表征
2.
In order to observe the effect of combustion catalysts on burning rate of solid propellant,the catalytic action of composite catalysts in the combustion of solid propellant was studied by uniform design and regression analysis of mathematical model.
为了考察了3种催化剂(铅盐、铜盐和炭黑)对固体推进剂燃速的影响,运用均匀设计方法和多元回归数学模型分析研究燃烧催化剂的作用规律。
3.
The problems existed in the preparation study of na no- s cale combustion catalysts used in solid propellant,the research directions of the preparation study and emphases in th.
综述了固体推进剂用纳米燃烧催化剂制备方法的最新研究进展,讨论固相反应法、电解法、水热法、沉淀法、溶胶-凝胶法、微乳液法制备纳米粒子的优缺点,指出了固体推进剂用纳米催化剂制备研究中存在的问题,今后纳米燃烧催化剂制备方法发展的方向及研究重点:(1)发展和完善现有制备工艺,寻求适合工业化生产的高效、廉价制备途径;(2)深入地研究纳米结构和性质以及制备机理;(3)纳米催化剂表面改性和修饰技术研究;(4)推进剂用绿色纳米有机催化剂、含能纳米有机催化剂,以及由一些新型碳材料比如碳纳米管、C等制备的复合纳米催化剂。
6)  propellant combustion
推进剂燃烧
补充资料:燃烧剂
分子式:
CAS号:

性质:燃烧时能放出大量的热和产生高温的化学物质,是构成燃烧武器的基础。燃烧剂按性质可分为5类:(1)油基燃烧剂,是以石油产品和易燃溶剂为主体组成的燃烧剂,通常有液状油和稠化油两种;(2)金属燃烧剂是以镁、铝或镁铝合金等金属为主要成分的燃烧剂;(3)铝热剂和铝热合剂,都是以铝粉和氧化铁等构成;(4)油基-金属燃烧剂是一种油料添加镁、铝等金属粉末的燃烧剂;(5)自然燃烧剂是一些在空气中或遇水能自燃的物质。常用的燃烧剂有属于(1)的凝固汽油,属于(2)的镁铝合金,属于(3)的铝热剂和属于(5)的黄磷、三乙基铝等。

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