燃油喷雾,Fuel spray
1)Fuel spray燃油喷雾
1.Numerical Simulation of the Influences of Turbulence Intensity on Fuel Spray;涡流强度对燃油喷雾影响的数值模拟
2.A simplified mathematical model for predicting the mixture forming and evaporating process of the fuel spray in the D.提出了预测直喷式柴油机燃油喷雾蒸发和混合过程的数学模型。
3.This paper expounds the basic principles of DPIV, and develops a set of DPIV measurement system, which is used to study the fuel spray.本文开发了一套用于燃油喷雾流场研究的DPIV测速系统。
英文短句/例句

1.Detailed Investigation of Diesel Spray Atomisation Using Les Numerical Simulation;柴油机燃油喷雾的大涡数值模拟研究
2.Numerical Simulation of the Influences of Turbulence Intensity on Fuel Spray;涡流强度对燃油喷雾影响的数值模拟
3.Investigation of the Initial Breakup and Secondary Atomization Mechanism of Fuel Spray燃油喷雾初始破碎及二次雾化机理的研究
4.An Investigation on Modeling of Diesel Engine Spray Coupling the Flow in Injector;耦合喷油器内部流动的柴油机燃油喷雾模拟研究
5.Numerical simulation on the characteristics of fuel spray pre-pheating and pre-evaporation in evaporating pipe蒸发管内燃油喷雾预热预蒸特性的数值模拟
6.A PLIF Experimental Bench for Spray Characteristics in HCCI Diesel Engines;一种新的HCCI柴油机燃油喷雾特性的PLIF法测试系统
7.steam atomizing oil burner蒸汽雾化型油喷燃器;蒸汽雾化油燃烧器(烧嘴)
8.Research on Atomization Patterns for Cracks Hole Style Fuel Injection Nozzles缝隙孔式喷油嘴偶件燃油喷注雾化形态的研究
9.Research on the Matching of the Fuel Injection System and the Combustion Chamber;直喷柴油机喷雾特性与燃烧室匹配的研究
10.Diesel Spray Autoignition and Combustion Characteristics in a Controllable Thermo-Atmosphere;可控热氛围下柴油喷雾自燃及燃烧特性的研究
11.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
12.PIV Measurement and Numerical Simulation of Fuel High Pressure Injection Process of Diesel Engine;柴油机燃油高压喷雾PIV测量及数值模拟
13.aperture atomizer喷孔式喷油嘴喷雾器
14.An Investigation on Spray and Combustion Characteristics of Refitted Direct Injection Diesel Engine Fuelled with Biodiesel改装直喷式柴油机中生物柴油的喷雾及燃烧特性研究
15.Burners sprayed atomized fuel.燃烧器喷射雾状燃料。
16.Simulated Analysis of the Spray and Premixed Combustion Process of Diesel Engine;柴油机喷雾和预混合燃烧过程的仿真分析
17.Influence of spray performance on combustion and emission characteristics of biodiesel喷雾特性对生物柴油燃烧和排放特性的影响
18.Experimental investigation of kerosene supersonic combustion test using aerated-liquid injectors应用气泡雾化喷嘴的煤油超声速燃烧试验
相关短句/例句

pilot fuel spray引燃油喷雾
3)atomizing oil burner喷雾燃油器
4)Fuel Spray Particle燃油喷雾粒子
5)Oil atomized nozzle燃油雾化喷嘴
6)Fuel spray characteristics燃油喷雾特性
延伸阅读

RLY系列燃油热风炉
工作原理  燃料通过燃烧器燃烧,产产生高温燃气,并借助具有强化换热措施的热风炉将高温燃气的热量传导给被加热的空气,高温燃气经热量散发后温度降低至250℃以下由引风机排放大气,加热的空气通过选配的鼓风机强行送入热风炉、吸热后温度升至额定值从热风出口处送出。当热风温度达到额定的上限温度时,燃烧器会自动停止燃烧或自动转为小火焰燃烧,当热风温度降低到额定的下限温度时,燃烧器又会重新点燃运行或转为大火燃烧,升温的速度可以通过调节进风阀的开关来实现。
应用范围
热风炉在工业领域
应用举例 金属哺面涂装 制药工作 粮食加工工业 食品工业 木材加工工业 纺织印染 化工工业 汽车工业 喷塑喷漆后的高温固化 中草药材烘干 粮食干燥淀粉干燥饼干烘烤、方便面、挂面烘干、传送带式烘干机 木材干燥、纤维板、胶合板烘干印花烘干、热定型 化工原料干燥隧道式烘房技术参数
型号
热风温度℃
热风量m3/h
输出热量×104KJ/h
耗油量kg/h
外形尺寸
重量kg
A
B
C
RLY6.5
120-200
1640-2200
14-27
5-10
2750
760
1400
680
RLY12
120-250
1640-2200
24-50
8.5-18
3200
960
1600
1400
RLY18
150-300
3200-6000
30-75
10-26
4300
1138
1900
2400
RLY40
150-300
5400-9000
80-170
28-55
6790
1560
2350
5000
RLY72
150-300
800-17000
120-300
40-300
8040
2140
2550
7100
RLY6.5
150-300
1200-28000
175-500
60-170
10400
2650
3120
15400