1) high-energy point ignition
强点火源
1.
And the results indicate that,with high-energy point ignition,the methane s lower explosion limits are decreased to about 1% while the Hydrogen concentration is 1.
实验结果表明:强点火源条件下,当混有氢气的体积分数达到1。
2) ignition intensity
点火强度
1.
The burning behavior of composition B was researched by steel tubes under different ignition intensity.
用燃烧转爆轰 (DDT)管实验对B炸药在不同点火强度下的燃烧行为进行了研究 ,实验以硝化棉作为点火药 ,通过调节火药量控制点火强度 ,结果表明 ,随着点火强度的增加 ,B炸药的反应速度增大。
3) positive ignition
强制点火
1.
The result shows that PCSB burner is a new kind of burner with novel idea and simple structure,which is of low NOx and stabilized combustion and developed with the principles of pulverized coal stage combustion,the positive ignition and flam.
提出PCSB燃烧器的新构思和设计,PCSB燃烧器是根据煤粉气流分步燃烧原理、火焰传播理论以及强制点火原理研制开发的理念新颖,结构简便的新型煤粉燃烧器,阐述其低NOx原理和稳燃原理,归纳了其性能和特点。
4) ignition in two aspects
双强点火
5) enhance ignition
强化点火
6) ignition source
点火源
1.
The fatalness on fire/explosion hazards for dangerous chemicals was analyzed from three aspects including flammable chemicals, ignition source and combustion-supporting materials.
从可燃化学品、点火源、助燃物三个方面进行了危险化学品的火灾爆炸危险性的分析,应采取措施限制和消除这三方面之间的相互作用,防止火灾爆炸事故的发生。
补充资料：火源
1.指燃烧并能引起火灾的东西。
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