1)  fast-burning composition
速燃成分
2)  quick-burning composition
速燃成分
3)  quick burning
速燃
1.
The effects on the operation economical efficiency of the engine and the discharge capability of the new quick burning firebox were discussed in this paper.
论述了速燃及新型燃烧室对发动机运行经济性及排放性能的影响,并对新型燃烧室的实验结果进行对比分析,指出了新型燃烧室的特点。
4)  flashing combustion
闪速燃烧
1.
The phase and microstructure of Fe3Si-Si3N4 synthesized by FeSi(75) using flashing combustion process were researched.
利用SEM和EDS等手段对原料FeSi75闪速燃烧合成产物的相组成和显微结构进行了分析。
2.
The distribution status of Fe in the ferro silicon nitride (FeSi_(3)N_(4)) material synthesized by flashing combustion process was analyzed by means of fluorometric measurement, XRD, SEM and EDS.
用化学分析、XRD,SEM,EDS等检测手段,首次对闪速燃烧工艺制备的新型合成原料———氮化硅铁(FeSi3N4)中铁元素的存在状态进行了研究。
5)  high-velocity combustion
高速燃烧
6)  fast burning
快速燃烧
1.
Experimental research on the performance of ignited biogas engines with fast burning;
基于快速燃烧的火花点火式沼气发动机性能试验研究
2.
In this paper by analysing the characteristics of the biogas combustion,a method of fast burning is put forward to improve the performance of the biogas engine,and a new combustion system with a fan-shaped combustion chamber was developed which is suitable to promote fast burning.
从分析沼气燃烧特点出发 ,提出改善火花点火式沼气发动机性能的快速燃烧方法 ,并开发出具有风扇形燃烧室的新型快速燃烧系统。
3.
In this paper, by analysing the characteristics of biogas combustion, a method of fast burning is put forward to improve the performance of biogas enngine, and a new combustion system with Fan shaped combustion chamber is developed which is suitable to promote fast burning.
本文从分析沼气燃烧特点出发，提出了改善火花点火式沼气发动机性能的快速燃烧方法，并开发出具有风扇形燃烧室的新型快速燃烧系统。
7)  Lean and fast burn
稀燃速燃
8)  combustible charcoal
速燃炭
1.
The effects of proportion and molding way on the properties of combustible charcoal were studied.
以农作物秸秆炭为主要原料制备速燃炭,研究了秸秆炭与引燃剂的比例及成型方式对速燃炭性能的影响,结果表明,农作物秸秆炭与引燃剂质量比为4∶3,块状成型方式制备的速燃炭性能较好,其燃烧热为21 289。
9)  rapid combustion period
速燃期
10)  quick-acting fuse,quick burning fuse
速燃引信
补充资料：超高燃速推进剂
分子式：
CAS号：

性质：燃速大于100mm/s的固体推进剂称超高燃速推进剂。主要用于特种用途的助推器如高速拦截武器、高速动能弹用的固体助推器。在高燃速固体推进剂药柱中镶嵌导热系数大的金属(一般为银)丝或石墨纤维可获得超高燃速固体推进剂，已得到实际应用。在高燃速固体推进剂配方中添加含量10％以上碳硼烷类高效燃速催化剂，也可获得超高燃速推进剂。此类催化剂因价格昂贵，未得到实际应用。多孔推进剂是一种超高燃速推进剂，但技术不成熟。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条