temperature of explosion
英 [ˈtemprətʃə(r) ɒv ɪkˈspləʊʒn]
美 [ˈtemprətʃər əv ɪkˈsploʊʒn]
网络 爆温
双语例句
- According to the energy balance theory, the superheating energy increases with the temperature in the process of boiling liquid expanding vapor explosion ( BLEVE).
能量平衡理论的计算表明：储罐因失效而引发的沸腾液体膨胀式蒸气爆炸（BLEVE）过程中，所释放的能量随过热液体温度的增加而增加。 - Catching of cutting temperature pulse of chemical explosion material and its experimental research
化爆材料切削温度脉冲捕捉及其试验研究 - When the temperature of hot spot is more than critical one and standing time reaches explosion condition, the explosion of emulsion base will explode.
热点温度一旦越过临界温度，持续时间达到爆炸条件，就有可能引起乳化基质爆炸。 - At the same time, the high temperature of blasting gas can causing gas and coal dust explosion.
同时爆生气体温度较高，容易引起瓦斯和煤尘爆炸。 - The results indicate that the running reliability of the leaked flammable gas alarm, the aerator and the pressure and temperature alarms is the key point to reduce the risk of explosion and burn in a CNG filling station.
分析结果表明：燃气泄漏报警装置、通风装置和超压超温报警装置的工作可靠性，是削减加气站爆炸燃烧事故风险的关键控制点。 - Real Time Diagnostics of Instantaneous Temperature of Combustion and Explosion Process by Modern Spectroscopy
现代光谱对燃烧与爆炸过程瞬态温度的实时诊断技术 - By experimentally studying the influence of initial temperature and pressure on explosion characteristics of city gas, the explosion limits of city gas under conditions of initial temperature ( 20~ 80 ℃) and initial pressure 0.1~ 0.2 MPa are measured.
通过实验研究初始温度和压力对城镇燃气的爆炸特性的影响，测出初始温度为20~80℃、压力为0.1~0.2MPa条件下燃气的爆炸极限。 - The results show that NiAl is formed through solid reaction between Al and Ni. The formation heat of NiAl was used to ignite reaction between Ti and C to form TiC. Al-Ni obviously reduced the start temperature of Ti-C explosion reaction.
结果表明：在Ti-C-Al-Ni体系中Al、Ni间发生固态反应生成NiAl，所放出的热量引发Ti、C间反应生成TiC：Al-Ni明显降低Ti-C热爆反应起始温度。 - A method for estimating the critical temperature of thermal explosion of explosive based on a relation between the quantitative DTA ( or DSC) and Semenov's theory of thermal explosion under non-isothermal condition is presented.
根据非等温条件下的定量DTA（或DSC）和谢苗诺夫热爆炸理论的关键式，提出了一种估算炸药热爆炸临界温度的方法。 - The critical temperature of thermal explosion of the compound is 191.16 ℃.
标题化合物的热爆炸临界温度为191.16℃。 - A numerical method for computing the critical temperature ( T b) of thermal explosion of energetic materials from a set of data of thermal explosion temperature ( T I) and determined explosion induction ( t I) is presented.
提出了由一组热爆炸温度和实测爆炸延滞期数据计算含能材料热爆炸临界温度（Tb）的一种数值方法。 - Using the variational method, the critical parameters including critical temperature of thermal explosion for the finite cylinder of energetic materials have been calculated and the effects of aspect ratio are analyzed.
根据变分原理，计算了各表面散热条件不同的有限长圆柱含能材料的热爆炸临界参数和临界温度，研究了长径比对热爆炸临界参数和临界温度的影响； - Experimentai Study of KIC of Ductile Metals at High Temperature The universal characteristic for dynamic tensile fracture of ductile metals under the explosion and shock wave loading has been evaluated by experiments and numerical simulation.
本文以20~钢和纯铝为主要模型材料，通过实验和数值模拟方法，对爆炸与冲击作用下延性金属动态拉伸断裂的一般特性进行了比较系统的研究。 - The tough-brittle transition temperature of whole scaled pipelines can be obtained through explosion test on such pipes with premade fractures at low temperature.
本文论述了带预制裂纹的全尺寸管在低温下的爆破试验可求得全尺寸管的韧性转变温度。 - Based on the energy conversation equation of chemical engineering thermodynamics, two computation methods of explosion temperature and pressure of gas explosion in vessels were built.
根据化工热力学能量守恒方程，推导出了两种容器内可燃气体爆炸温度和压力的计算方法。 - Once the temperature of the environment exceeds the critical explosion temperature, the delayed-action time will shorten along with the temperature of the environment ascending;
一旦环境温度超过临界爆炸温度，随环境温度的升高，爆炸延滞期将变短； - For the emulsion explosive, the critical temperature T_B ( K) and the critical lag t_B ( s) of thermal explosion is calculated.
在理论上推算了二级煤矿许用***的热爆炸临界温度TB（K）和开始放热到热爆炸温度临界点的延滞期fB（s）。 - Plasma Radiation Temperature Measurement of Metal Explosion
金属电爆炸等离子体辐射温度测量 - The elemental composition and the temperature of thermal explosion are principal factors to influence the reactions and morphology of the products.
体系成分和热爆温度是影响反应及产物形态的主要因素。 - Computer Simulation on the Temperature Field of Gas Explosion and Lab Measurement for the Flame Thickness
瓦斯爆炸过程中火焰厚度测定及其温度场数值模拟分析 - High temperature and pressure behind the reflected shock induce the generation of hot spots and local explosion. Then, the re-initiation of gaseous detonation occurs.
反射激波在诱导激波压缩后未燃气体中传播，使得波后压力和温度进一步升高，诱导热点产生和局部爆炸，导致二次起爆。 - Analysis on the Instantaneous Temperature Field of Nanometer Crystal Coating by Electric Explosion Method
电爆炸法制备纳米晶涂层的瞬态温度场分析 - Numerical Calculation for Critical Temperature of Thermal Explosion in Detonators Under Nonisothermal Conditions
非等温条件下***热爆炸临界温度数值计算 - Through the measurement of the changes in temperature and pressure in a vessel at the very moment of explosion the movement of gas-liquid two-phase medium in the vessel can be analyzed for a further study of the cause of the integral rupture of the vessel.
通过测量爆炸瞬间容器内的温度及压力变化，分析容器内气液两相介质的运动，进而研究造成容器整体性破裂的原因。 - Numerical solution of the critical temperature of thermal explosion of explosive under linearly increasing temperature conditions
线性升温条件下炸药热爆炸临界温度的数值解 - The results shows that the rock mass, impact height, impact angle, nature of rock, concentration of quartz and the humidification of the rock are the main factors influencing the temperature of the rock impact-friction sparks and the gas explosion.
结果表明：冒落岩石的质量、冒落岩石撞击高度与角度、岩石性质及砂岩中的石英含量、岩石的潮湿度等是影响岩石撞击摩擦火花温度及其能否引爆瓦斯的重要因素。 - The influences of powder particle size, purity and heating temperature on the microstructure of thermo explosion synthesised products were investigated.
研究了粉末粒度、纯度和加热温度对热爆燃烧合成的产物组织的影响。 - It changes from normal temperature to the state of spontaneous combustion explosion, which is affected and restricted by a variety of factors.
煤矸石山爆炸，是一个极其复杂的物理化学过程，它从常温状态转变到自燃爆炸状态，受多种因素影响和制约。 - The fireworks are dangerous goods, with explosion hazardous characteristics, when subjected to impact, vibration, friction or contact with high temperature, the source of fire, explosion may occur.
烟花爆竹属于危险货物，具有爆炸危险特性，当受到撞击、振动、摩擦或接触高温、火源时有可能发生爆炸。 - The results showed that the critical temperature of unconfined thermal explosion for explosive cylinder increase while increasing the content of TATB, and the smaller size of the cylinder, the phenomena is more obvious.
TATB含量增加，炸药柱非限定热爆炸临界温度增加，而且炸药柱几何尺寸越小，影响越明显。