The heavy oil combustion activator mainly used in heating stove of steel rolled, industrial stove, power plant stove, glass furnace, metal furnace, ceramic roller kiln and channel kiln. It can accelerate combustion, prevent over-burning, reduce the harmful gas emission. Its energy-saving reaches to 5-8%. Diesel oil combustion activator mainly used in the diesel oil engine which can strengthen atomization, improve ignition conditions, adjust the value of cetane, restrict intense or knocking vibrations, reduce the fuel de-compound and black smoke emission, prevent over-burning, carbonization and reduce the machine`s friction. Its fuel-saving reaches to 3-5%. High efficiency gasoline combustion activator mainly used in gasoline engine, which can improve the gasoline octane rating, restrain extensive or knocking vibrations, reduce fuel de-compound, prevent over burning, carbonization, reducing machine`s friction and toxic gas or black smoke emission, Its fuel saving reaches to 3-5%.
该产品分为重油、柴油和汽油燃烧催化剂三大类，重油燃烧催化剂主要用于轧钢加热炉，工业锅炉，发电厂锅炉，玻璃熔窑，金属熔炼炉，陶瓷辊道窑，隧道窑中，能够促进燃烧，防止结焦，节能达5-8%，减少有害气体的排放；柴油燃烧催化剂主要用于柴油发动机中，起到增强雾化、改善着火条件，调整十六烷值，抑制隆震爆震，降低燃料分解，防止结焦积碳的作用，同时减少机器磨损，节约燃料3-5%，减少黑烟及有害气体的排放；高效汽油燃烧催化剂用于汽油发动机中，能提高汽油辛烷值，平抑隆震爆震，降低燃料分解，防止结焦积碳，减少机器磨损，节约燃料3-5%，减少有害气体及黑烟的排放。
Risk of explosion by shock, friction, fire or other source of ignition.
受冲击、摩擦、着火或其他引燃源有爆炸危险。
The method of ignition transient interior ballistic calculat ion of solid rocket motor was presented. Many factors influencing the performance of interior ballistic such as e rosive burning, friction, pressure velocity were taken into consideration.
探讨了固体火箭发动机点火瞬态一维非定常内弹道模型，综合考虑侵蚀燃烧、加质、摩擦、压力升高速率等因素对内弹道性能的影响，建立控制方程组并采用隐式差分方法结合特征线法求解，应用VC++。
If any link is broken, it will stop the energy transmission. Through the experiments, it is shown that impact height, impact angle, the weight of impact material and environment condition will affect ignition status caused by friction spark.
通过实验研究证明冲击高度、冲击角度、冲击物的重量和环境条件对摩擦火花引火情况都有影响。
We also found that the chemical property of mental material itself are one of main ignition factors caused by friction.
金属材料自身的化学性质是主要影响摩擦火花引火因素之一。
Risk of explosion by shock, friction, fire or other sources of ignition.
R2受冲击、摩擦、着火或其他引燃源有爆炸危险。
Test results showed that the friction sensitivity is reduced from 90% to 30%, and using the passivator to coating the main content with high sensitivity of the ignition powder can improve the friction sensitivity obviously.
试验结果表明，采用钝感剂对感度较高的主成分进行表面包覆，效果显著。