燃气流场,exhausted flow field英语短句,例句大全

燃气流场,exhausted flow field
1)exhausted flow field燃气流场
1.A set of experimental studies were conducted to study complicated internal exhausted flow field generated by missile which was launched from a closed container-launcher.为研究火箭导弹在封闭式储运发射箱内发射时 ,由于密封盖的反射作用使弹箱间隙内存在的复杂燃气流场 ,通过对测量数据进行子波分析 ,得到了管 (箱 )壁压力时间历程曲线中的燃气射流段是由射流激波振荡 (低频 )和射流噪声 (高频 )两种流动成分组合而成 ,激波振荡沿管壁向弹头方向是衰减的 ,它在低频段聚积的能量与起始冲击波一起都对储运发射箱式定向器具有破坏作用。

英文短句/例句

1.Numerical Simulation of Jet Flow Field of Solid Rocket Motor on Shielding Board固体火箭发动机舰面燃气流场数值模拟
2.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
3.Numerical simulation of combustion flows in a double-fuel-combustor modified from an oil combustor燃气轮机燃油燃烧室改用双燃料流场数值分析
4.Comparative numerical simulation of combustion flows in a dual-fuel-combustor燃气轮机双燃料燃烧室流场对比数值研究
5.Warm Air Heating by Gas and Research on Heat Transfer of Gas-fired Warm Air Heater;燃气热风采暖及燃气暖风机流场换热的研究
6.Numerical Simulation of Three-Dimensional Flow Field of Annular Combustor for Aero-Derivative Gas Turbine航改燃气轮机环形燃烧室三维全流场数值模拟
7.Effect of the PIV Window on the Intake and Compression Airflow Fields in the IC Engine;PIV视窗对内燃机进气压缩流场的影响
8.Study on the Cool Flow Field in Trapped Vortex Combustor with Air Injection驻涡燃烧室冷态流场气体喷射的研究
9.Analysis of the hydrogen combustion field in scramjet dual-cavity combustor超燃冲压发动机双凹腔燃烧室氢气燃烧流场分析
10.Numerical Study on the Initial Stage Flow of Gas Jet for Launch Underwater;水下发射燃气射流初期流场的数值研究
11.The Analysis of Flow-field and the Predication of Performance of a Compressor in a Gas Turbine System Utilizing Ultra-low Heat Value Fuel超低热值燃料微型燃气轮机中压气机的流场分析与性能预测
12.Numerical Simulation of Air Phase Flow Field with TC Type Four-channel Coal BurnerTC型四通道煤粉燃烧器气相流场数值仿真
13.Numerical Study on Two Phase Exhausted-gas Impinging Jets in Vertical Launching System;垂直发射装置中燃气两相冲击流场数值研究
14.Modeling of Gas and Water Transport in Serpentine Flow Field of PEM Fuel Cell;PEM燃料电池蛇形流场中气体与水传输的模拟
15.Numerical Study the Flow Field on the QD30C Gas Turbine Air-inlet Volute and Optimum Design;QD30C燃机发电机组进气蜗壳流场数值计算及优化
16.Numerical Simulation of the Swirling Burner Combustion in Power Station Boiler;旋流燃烧器锅炉炉内空气动力场的数值模拟
17.Experimental and Numerical Investigations of the Flowing in the Combustion-Driven Gas-Dynamic CO_2 Laser;燃烧驱动气动CO_2激光器流场仿真与实验研究
18.Numerical Simulation Aerodynamic Field in the Furnace with Whirl Burner;旋流式燃烧器炉内空气动力场的数值模拟

相关短句/例句

gas flow field燃气流场
1.Compared with other solid rocket engine, the nozzle of the solid rocket pulse has sharp curvature, which results in a complicated gas flow field, and without a heat-shield, which causes overheating in the structure of nozzle and nozzle pedestal.与一般的固体火箭发动机相比,其喷管具有强曲率的特征,燃气流场异常复杂,无采用隔热防护层,造成喷管和喷管座结构的严重受热,机械性能大幅下降。
3)combustion flow field燃烧流场
1.In order to study the influence of the flame- holder layout on the outlet temperature distribution,combustion efficiency and total pressure loss,the numerical simulation of combustion flow field for a ramjet combustor was completed.为了研究不同火焰稳定器布局对燃烧室流场特征和燃烧性能的影响,对某型亚燃冲压发动机燃烧室的三维湍流燃烧流场进行了数值模拟。
2.The performance of the combustion flow field at the three conditions was analyzed for the gas turbine annular combustor.根据改型后燃气轮机的结构特点建立了真实的三维计算几何模型;计算中采用SIMPLE算法,可利用k-ε双方程湍流模型、六通量辐射模型、非绝热概率密度函数(PDF)燃烧模型及热力型NO模型对燃烧流动进行数值模拟,分析了燃气轮机环形燃烧室在3种状态下燃烧流场的性能。
3.The numerical simulation of combustion flow field for the plasma generator was performed by using eddy break up(EBU) combustion model,k-ε two-equation turbulent model and SIMPLEC algorithm.采用漩涡破碎(EBU)燃烧模型、k-ε双方程湍流模型及SIMPLEC算法,对等离子发生器内部的燃烧流场进行了数值模拟,得到了关于等离子燃烧流场相关特性参数分布。
4)None equilibrium chemically reacting fluid fields复燃流场
5)Air flow field气流流场
1.Study on air flow field with wide slot mechanism of positive drawing in spunbond process纺粘宽狭缝正压牵伸器拉伸气流流场研究
6)gas flow燃气流动
1.The mathematicalmodel used for describing the effect of sedimentary deposit on gas flowwas derived,and the effect of sedimentary deposit on gaseousflame height was investigated.针对含硼富燃料推进剂低压燃烧时燃烧表面产生“沉积层”的现象,结合该推进剂的燃烧过程,分析了“沉积层”的形成机理,建立了“沉积层”影响燃气流动的数学模型,研究了其对气相火焰高度的影响。