1.
Studying Experimentally Performances of a Pulse Detonation Combustor (PDC) Integrated with a Turbine
脉冲爆震燃烧室与涡轮组合的性能试验研究
2.
Experimental investigations of interaction of a pulse detonation combustor with a turbine
脉冲爆震燃烧室与涡轮相互作用的试验
3.
Detonation is a secondary explosion that occurs in the combustion chamber after the spark jumps the sparkplug gap.
爆震是在燃烧室内当火花跳过火花塞电极间隙以后发生的一种二次爆燃。
4.
Correlation of Knock Sensor Signal and HCCI Engine Combustion Parameters
爆震传感器信号与HCCI发动机燃烧参数的相关性
5.
Either stall or surge may result in combustor blowout.
不管是喘振或者爆音，都将引起燃烧室的熄火。
6.
Effects of Octane Number and Premixed Ratio on the Knock and Combustion Characteristics of Dual-fuel SCCI
辛烷值和预混合率对双燃料发动机SCCI燃烧与爆震的影响
7.
combustion efficiency
燃烧效率燃烧室效率
8.
shock absorber combustion head
减震燃烧(式)缸头
9.
Given sufficient turbulence in the combustion chamber, detonation is unlikely to occur.
假定在燃烧室中形成充分的湍流，就不可能产生爆燃。
10.
Research on Relativity of Knock Sensor Signal and HCCI Engine Combustion Parameters;
爆震传感器信号与HCCI发动机燃烧参数相关性的研究
11.
A pounding or clanking noise made by an engine, often as a result of faulty fuel combustion.
爆震声发动机发出的震动或撞击的声音，通常是由于燃料燃烧不足引起
12.
The noncombustible debris produced by the blast frequently covered and prevented the burning of combustible material.
由于爆震波所造成的非燃性瓦砾常常把易燃材料复盖因而可防止其燃烧。
13.
Performance Research of the Internal-Combustion Engine s Knock and the Knock Sensor;
内燃机爆震与爆震传感器的性能研究
14.
explosive combustion
爆炸性燃烧冲击波的燃烧
15.
The stability of the combustor was rated by use of bombs of varying sizes.
用不同装药量的爆炸弹对燃烧室的稳定性进行评定。
16.
Numerical Simulation Was Made of the Combusting Flow in the Gas Turbine Combustion;
燃气轮机燃烧室燃烧流场的数值模拟
17.
A chamber, such as the furnace of a steam locomotive, in which fuel is burned.
火箱，燃烧室一种燃料在里面燃烧的内室，例如蒸汽机车的燃烧室
18.
Research on Numerical Simulation of Two-Phase Reacting Flow Field and Combustion Performance of Annular Combustors;
环形燃烧室两相燃烧流场与燃烧性能数值研究