deflagration
n. [热] 爆燃;爆燃过程
2025-09-06 22:44 浏览次数 6
n. [热] 爆燃;爆燃过程
strong deflagration急燃
deflagration wave[流] 爆燃波;燃烧波
vented deflagration燃爆泄放
cook-off烹饪比赛;爆燃;烤燃发
anti deflagration抗爆燃性
steady deflagration稳态爆燃
deflagration phenomenology爆燃现象
deflagration nature爆燃性
deflagration identification燃爆状态辨识
deflagration speed爆燃速率
the exhaust blower can draw away in time oil vapors produced in the wire drawing bin through the exhaust pipe, to avoid deflagration phenomenon, in terms of good safety performance.
本实用新型拉丝仓内产生的油蒸汽通 过排气管被抽风机即时抽走,可以完全避免爆燃现象发生,安全性能好。
this result also proves that the effect of the cold wall is the main reason for the quenching of deflagration flames in narrow channels.
这一结果也进一步证实了冷壁效应是爆燃火焰在狭缝中淬熄的主要原因。
aiming at the characteristic of deflagration wave occurring in course of uvces transfers at a speed of sub sound, qualitative solution was gained.
针对开敞空间可燃气云爆燃(简称为uvces)过程所产生的爆燃波为亚音速传播特点,对开敞空间可燃气云爆燃场进行数学求解。
with a given mesh construction, the optimal effectiveness of suppressing deflagration waves can be obtained for a special radius of gas cloud.
特定的丝网结构,将对某一特定半径气云的爆燃波起到最佳的抑制效果。
deflagration is combustion wave propagating at a velocity less than the speed of sound.
爆 燃 过程是一种以低于音速而传播的燃烧波。
it is shown that the detonation wave is weakened to deflagration partly in initial stage of propagating into the large section channels according to detonation wave diffraction.
结果表明:爆轰波在进入突扩通道初始阶段的衍射使爆轰波局部向爆燃转变;
fuel delivery with protection device to prevent tempering, owning venting mechanism to prevent the fuel deflagration in the furnace . therefore the boiler is of safe and reliable operation .
燃料输送设计有防止回火的保护装置,有防止燃料在炉膛内爆燃的泄爆机构。因此锅炉运行安全可靠。
one of the primary attributes of deflagration is that the flame travels at a speed significantly lower than the speed of sound.
对爆燃的主要特征之一,是火焰的速度大大低于音速的降低旅行。
product use: effectively improve the quality and reduce gasoline engine deflagration phenomenon occurring.
产品用途:有效提高汽油品质,减少发动机爆燃现象的产生。
deflagration is what happens when you burn a mixture of air and fuel at reasonably low pressure.
爆燃时会发生什么是刻录在合理的低压力的空气和燃料的混合物。
a series of flammable gas cloud deflagration experiments built-in and built-out obstruction were carried out in order to study the effects of obstruction on deflagration pressure wave.
为考察障碍物对爆燃压力波的影响,进行了可燃气云内、外分别设置障碍物的爆燃实验。
the flame velocity of flammable gas deflagration in a large closed vessel has an accelerating process, and the pressure distribution is not homogeneous.
大型密闭容器内可燃气体爆燃的火焰速度存在着一个加速过程,压力也不是均匀分布的。
deflagration of flammable gas cloud is a fatal disaster with great destructive power in industry.
开敞空间可燃气云爆燃事故是一类破坏力极强的工业灾害。
in the process of deflagration to detonation transition(ab. ddt), detonation waves were successfully triggered by controlling the shock wave reflection.
为了在多循环两相脉沖爆震发动机的缓燃到爆震转变过程中,有效的控制激波反射,成功的触发爆震。
deflagration is, believe it or not, a relatively gentle process which is simply the rapid burning the fuel.
爆燃是,不管你信不信,一个相对平缓的过程,仅仅是迅速燃烧的燃料。
although the peak value of return shock is relatively low, the effect time is long and sometimes the scope excesses the maximal overpressure of some deflagration condition.
尽管二次超压的峰值相对较小,但作用时间长,且有些二次超压过程中的超压上升幅度甚至超过了某些爆炸环境下的最大超压值。
the pressure and deflagration to detonation transition (ddt) characteristics of acetylene and oxygen flame were studied in a detonation tube.
研究了爆震管中爆震燃烧的压力特性及爆燃到爆震转捩(ddt)特性。
deflagration of the decolouring kettle was introduced in sodium thiocyanate production. its reason was analyzed and discussed. its countermeasures and production improvement were put forward.
对硫氰酸钠生产中出现的脱色釜爆炸燃烧的原因进行了分析和探讨,提出了对策和改造。
the propagating characteristics of deflagration flame in propane-air mixtures in straight tubes were studied experimentally using an array of repeated annular obstacles in a 100mm inner diameter tube.
对丙烷空气爆燃波的火焰面(以下简称爆燃火焰)在直管道中加速运动的规律及其影响因素作了初步实验研究,包括爆燃火焰在光滑内壁管道中的传播状况;
the paper calculates the deflagration concentration of a chemical reagent deflagration fire from a theoretical point, and the situation of the deflagration fire site is analyzed in the paper also.
本文对一起化学试剂爆燃火灾的爆燃浓度进行理论计算,并对爆燃现场实际情况进行分析。
the couple effect between flame and pressure wave is the impulse for explosion evolution and decides the strength of the deflagration in spaces with deferent scales.
爆燃波发展过程中湍流、压力波以及火焰存在复杂的相互作用,压力波和火焰耦合作用强弱决定了气体爆燃波在不同尺度的空间中的发展过程。