1.
Iron oxide may be utilized in achieving propellants of ultrahigh burn rate.
氧化铁可用以制出超高燃速的推进剂。
2.
supersonic oxygen-fuel oil burner
超音速氧-燃料油喷燃器
3.
Ram accelerator is a propulsion technology for accelerating projectile to ultrahigh velocity using chemical energy of propellant gaseous mixture.
冲压加速器是利用预混可燃气体燃烧释放的化学能将弹丸加速的超高速发射装置 .
4.
"supersonic ""rocket"" burner"
"超音速""火箭式""喷燃器"
5.
Superfast Homogeneous Plasma Ignition of Hydrogen-Oxygen and Air-Fuel Supersonic Flows by High-Voltage Ionization Wave; Final rept. 1 Jan -15 Dec 99
用高压离子化波进行氢-氧和气体燃料超音速流的超速均质等离子体点火/最终报告
6.
Investigation of Step Height Effect on Supersonic Combustor Performance Based on Reaction Flow
基于反应流的台阶高度对超音速燃烧室性能影响研究
7.
Hypersonic propulsion test facility is important for the scramjet ground tests.
高超声速推进风洞是进行超燃冲压发动机模型地面模拟的重要试验设备。
8.
was speeding on the freeway.
在高速公路超速行驶
9.
Investigation on selfignition characteristics of kerosene hydrogen dual fuel in supersonic Combustor
煤油-氢双燃料超声速燃烧点火特性研究
10.
Numerical Simulation of Atomization and Combustion Based on Supersonic Inlet-channel Diesel Spray;
超音速进气道燃油喷射雾化及燃烧数值模拟
11.
The Numerical Simulation of the Combustor of Scramjet;
超音速燃烧冲压发动机燃烧室数值模拟
12.
Combustion Characteristics of Small Grain-Binding High-Burning-Rate Propellant;
小球粘结高燃速推进剂燃烧特性研究
13.
Combustion Characteristics of Thruster with High Burning Rate Pyrotechnics
高燃速烟火型做功器件燃烧特性研究
14.
supersonic combustion ramjet
超音速燃烧冲压喷气发动机
15.
APPLICATION OF LIQUID JET TO REINFORCEMENT OF SUPERSONIC COMBUSTION
液体射流在强化超音速燃烧中的应用
16.
Heat transfer analysis for actively cooled supersonic combustor
带主动冷却的超声速燃烧室传热分析
17.
Research on dynamic characteristics of underwater superasonic gas jets
水下超声速燃气射流动力学特性研究
18.
Numerical study on supersonic combustion using different chemical reaction dynamics
化学反应动力学对超声速燃烧的影响