explosive reaction

The apparent activation energy(Eα) and pre-exponential constant(Aα) of the explosive decomposition reaction and the value of T corresponding to t=5s,Tt=5s,in Semenov′s equation for the relationship governing the time lag t,prior to explosion after heating to a temperature,T(K): lntlag,i=EαRTi-lnAα were calculated.

依据谢苗诺夫方程lntlag,i=RETαi-lnAα,由lntlag,i对1/Ti的关系,用作图法和最小二乘法计算了爆发分解反应的表观活化能(Eα)、指前因子(Aα)和5 s爆发点。

Their values of apparent activation energy(Eα)and pre-exponential constant(Aa)of the explosive decomposition reaction and critical temperature of thermal explosion(Tb),i.

依据谢苗诺夫方程lntind,i=Ea/RTi,-lnA,由lntind,i对1/Ti的关系,用最小二乘法计算了爆发分解反应的表观活化能(Eα)、指前因子(A)和1000s时的热爆炸临界温度(Tb)。

When Al and Ti mixture preforms is preheated at the higher temperature than the start temperature of thermal explosion reaction,coarse particulate of Al3Ti is made by thermal explosion mechanism.

研究发现:Al粉和Ti粉混合预热生成Al3Ti是由Al粉的熔化诱导;在高于热爆起始温度下预热时,Al3Ti直接以热爆反应机制生成;在低于热爆起始温度下预热时,Al3Ti按扩散-热爆反应机制生成。

The temperatures and pressures of CO explosive reaction are calculated according to theformula △U= -0.

119 6n/λ计算了CO在空气中爆炸反应发生时的温度,进而计算了爆炸反应产生的压力。

3%(low limit of explosive reaction),the highest temperature is 1232 K,the highest pressure is 4.

当甲烷在空气中的浓度达到爆炸反应的下限浓度5。

Kinetic Study of the Explosive Decomposition Reaction of Small-scale Explosives Using the Time-to-explosion Experiment

用小药量至爆时间试验研究炸药爆发分解反应动力学

Kinetic Parameters of Explosive Decomposition Reaction of Trinitromethyl Explosives as a Function of Temperature

以温度为函数的硝仿系炸药的爆发分解反应动力学参数

Imagine that there is an explosion in the reactor.

设想在反应堆里发生了爆炸。

Fault Tree Analysis Method for the Reaction Containers;

化学反应器火灾爆炸事故树分析研究

This paper discusses the vibration velocity of blasting seism and the reaction chart of the blasting vibration, and offers some helpful suggestions about solving engineering blasting problems.

对爆破地震的振动速度与爆破振动反应谱进行了分析和探讨，为解决工程爆破问题提供了参考意见。

The Global Existence and Blow-up for a Reaction-Diffusion System;

拟线性反应扩散方程组解的整体存在性和爆破

Blow-up for a Semilinear Reaction-Diffusion System with Varying Coefficient

一类变系数半线性反应扩散方程组解的爆破性

Global Blow-up for a Diffusion Equation with Localized Source

一类具局部化源的反应扩散方程解的整体爆破

THE DISSOCIATION MODEL OF POLYATOMIC MOLECULE INDUCED BY INFRARED LASER FIELD

红外激光场诱发下的多原子分子离解反应模型

Decomposition of 1, 2-dichloropropane Induced by UV Laser Radiation;

激光诱发1，2-二氯丙烷分解反应机理研究

Thus, the response of certain elements in such cases influences the blast loading on the structure as a whole.

因此，在这些情况下，某些组成部分的反应可以对整个结构的爆震荷载发生影响。

ANALYZING FIRE AND EXPLOSIVE RISK FOR LACTAMIZATINON REACTOR IN CPL PLANT

己内酰胺装置酰胺化反应器火灾爆炸风险分析

SIMULATION ANALYSIS OF THE CONSEQUENCES OF FIRE AND EXPLOSION ACCIDENTS OF HYDROGENATION REACTOR

加氢反应器火灾爆炸事故危害后果模拟分析

Analysis of Fire and Explosion of Ammonia Oxidation Reactors and Its Control

氨氧化反应器火灾爆炸危险因素分析及控制

The intensity criterion of rock burst resolving with elastic mechanical mechanism

应用弹性力学原理求解发生岩爆的强度准则

Global Existence and Blow-up Profiles for the Solutions of Some Reaction-diffusion Equations;

几类反应扩散方程（组）解的整体存在性与爆破模式

Global Existence and Finite Time Blow-up for a Nonlinear Reaction Diffusion System;

一类非线性反应扩散方程组解的整体存在和有限时刻爆破

Blow-up of Solutions to the Reaction-diffusion Systems with Non-local Boundary Conditions;

带有非局部边界条件的反应——扩散方程组解的爆破