explosive reaction

Discussion about the Pressure of CO Explosive Reaction in Air

CO爆炸反应压力探讨

Analysis on explosive reaction characteristics of the compressor refrigerants

空调压缩机冷媒爆炸反应特征分析

The possible mechanism of the explosive reaction was also discussed in the paper .

探讨了发生爆炸式反应的可能机理。

And at the other end we have explosive reaction .

而在另一端则能看到剧烈的反应。

Explosive Reaction Characteristics on Hydrocarbon and Fluorine Agent

碳氢燃料与卤素氟化物的爆炸反应特性

At last , combined with the analysis on the experiment results , the thermal explosive reaction micro-model was proposed .

结合实验结果与分析，描述了该体系热爆反应的微观模型。

Study of limiting range of explosive reaction for polybasic explosive mixed gas in coalgas-air

煤气-空气多元爆炸性混合气体爆炸反应极限范围的研究

During milling the reaction mechanism of NiAl was attributed to explosive reaction induced by mechanical collision .

NiAl的反应生成归结于机械碰撞诱发的爆炸反应机制。

The dispersion Velocity , Radius and temperature of the fuel with explosive reaction were measured by use of high speed photography and infrared transducers .

利用高速摄影和红外测温计，实测了伴有爆炸反应的FAE燃料扩散速度、半径及云雾的温度；

It was found that the initial time of the explosive reaction was delayed 20 minutes as the volume fraction of TiC was increased to 20 % .

但当TiC含量增加到20%时，其爆炸反应起始时间延后20min。

The explosive reaction in France to a letter penned by a little-known U.S. tire executive , which questioned the productivity of French workers , has quickly gone from comical to troubling .

美国轮胎企业的一位籍籍无名的高管在一封书信中对法国工人的生产效率表示质疑，引发的强烈反应已经迅速地从笑料转化成了难题。

Nanocrystalline NiAl has been synthesized by mechanical alloying elemental powders and hot pressing , its microstructure and mechanical properties have been investigated . The results show that the reaction mechanism of NiAl during milling can be attributed to explosive reaction induced by mechanical collision .

利用机械合金化和高温热压工艺制备NiAl纳米晶体材料，并研究了材料的微观组织和力学性能，结果表明，NiAl的反应生成归结于机械碰撞诱发的爆炸反应机制。

The ignition and growth reactive flow model for both the unreacted explosive and reaction products and equation of the reaction law of LX-04 wave given .

并给出了LX-04的凝聚态和爆轰产物的状态方程和点火与引爆模型。