gas jet

1. Experimental study on the interaction of high-pressure hot gas jet with bulk-loaded liquid
   高压热气流与整装式液体工质相互作用的实验研究
2. Theoretical analysis and experimental validation on gas jet blowing-off process of submarine emergency
   潜艇应急燃气吹除过程的理论分析及实验验证
3. Study on the behavior of a side-blown gas jet tilting in liquid
   倾斜侧吹气流在液体中运动行为的研究
4. The central fuel gas jet pipe is inserted in the cavity of the burning nozzle main body.
   中心燃气喷管插设于烧嘴本体腔体内；
5. This method is robust, and it offers a new means for numerical study of gas jet.
   本文采用数值模拟方法，对导弹在水下点火发射燃气射流初期这一非定常过程进行了研究。
6. Agglomeration of Inhalable Particles in Gas Jet
   气体射流作用下燃煤可吸入颗粒的团聚
7. Experimental Study on the Dynamic Instability of Quasi-Two-Dimensional Submerged High-Speed Gas Jet
   近二维水下高速气体射流动态不稳定性的实验研究
8. A mixing space is formed between the ejector nozzle of the central fuel gas jet pipe and the outlet of the burning nozzle main body.
   中心燃气喷管喷口与烧嘴本体出口之间有形成一混合空间；
9. Analysis on structural parameters of the atomizer with ring gas jet by holes
   环孔雾化器出口气体射流结构参数的研究
10. Put a match to the gas jet to light the gas. The dragon shot fumes and flames out of its mouth.
    把火柴放在煤气炉嘴上来点燃煤气。龙的嘴里射出烟花火焰来。
11. Three-dimensional numerical calculation shows that plasma plays a significant role in the phase matching process of HHG in a supersonic gas jet with short medium length.
    结合强场近似模型和光场传输的三维数值模拟结果表明，在超声喷射条件下，气体介质很短，等离子体在高次谐波相位匹配过程中起主导作用。
12. At the region near the nozzle exit, a vibrating flow phenomenon is found, which is associated with the expansion waves and shock waves reflections inside the gas jet.
    发现了在接近喷嘴出口的区域里，出现了与射流内的激波、膨胀波有关的振荡流。
13. The development process of gas jet injected from a natural gas injector is firstly analyzed using multi-dimensional numerical simulation method, which is proved feasible by the schlieren experimental results.
    首先采用多维数值模拟的方法解析了从天然气喷射阀喷出的突发天然气喷流的发展过程，并由纹影试验验证了这个数值解析方法的可行性。
14. Firstly, the theories in laminar flow flame transmitting, gas jet current and flame stabilization are analyzed and the process of burning in burners and affected factors of flame stability is acquainted with, which can provide theoretical support to propose reconstructive plans.
    首先，分析层流火焰传播、气体射流以及火焰稳定性理论，了解燃烧器中燃烧过程和火焰稳定性的影响因素，为下面改造方案的提出提供理论支持。
15. Research on compressed natural gas jet with MPI system
    MPI方式压缩天然气喷流的研究
16. The theoretical studies of gas jet interaction with liquid were developed.
    利用湍浮力射流理论求解泰勒空腔的膨胀速度，为掌握气体射流与液体工质相互作用规律奠定了基础。
17. The diameter of jet pipe, injection velocity, air flow velocity and the throttle opening had fundamental effects on the diffusion of the natural gas jet.
    喷管直径、喷射速度、空气流量和节气门开度对控制天然气喷流的扩散有重要影响。
18. Research on High-Speed Gas Jet of Nozzle Underwater
    水下燃气喷管高速射流问题研究
19. The visualization of air-natural gas mixing process in a transparent intake manifold has been investigated by means of the Schlieren method. The instantaneous images of the mixing and natural gas jet process were photographed.
    本文采用纹影法开展了进气管内天然气-空气混合过程的可视化研究，拍摄了透明进气管内天然气-空气混合过程和天然气喷流的瞬时图像。
20. Analysis of the instability of a reacting gas jet submerged in a liquid
    浸没于液体中有化学反应的射流的不稳定性分析
21. A new spinneret combined a gas jet orifice was designed.
    主要改进是在标准静电纺丝机的喷丝头上增加了气流喷射系统。对喷丝头重新设计。
22. A method of numerical analysis was applied to study the wave system existing in near rocket gas field and the initial shock wave of high-unexpanded gas jet flow.
    为此应用数值分析的方法，研究了固体火箭高度欠膨胀燃气射流流场起始冲击波、近场波系的形成及发展。
23. An experimental study was performed to observe the flow filed of a supersonic gas jet in water.
    介绍了观察水下超音速气体射流的实验研究。
24. By jet theory using in combustion, gas jet style has been nailed down and the main parameter of the fire structure has been calculated. The reference is provided for the design of burner and organizing the combustion method.
    通过射流理论在燃气燃烧方面的具体运用，明确了燃气射流类型，计算出火焰的主要结构参数，为燃烧器的进一步设计，燃烧方式的组织提供了一定的参考。
25. The development of gas jet streams as well as velocity and temperature fields was illustrated.
    得出了烧嘴射流的发展过程以及烟气速度场和温度场的分布特征。
26. The authors analyze the structural characteristic and working principle of self-sucking device with waste gas jet for spray irrigation pump. A method of designing and calculating the main working parameters and performance index on the basis of single phase isentropic gas flow theory is put forward.
    通过对喷灌用离心泵燃气射流自吸装置结构特点和工作原理的分析，提出了采用单相气体等熵流动理论来设计与计算喷射器主要工作参数与性能指标的方法。
27. Study on transient mixing process of gas jet impingement by simultaneous measurement system of velocity and concentration
    用速度浓度同步测量系统研究瞬态气体撞壁射流混合过程
28. Initial source Gaussian quadrupole sound source is as a source of pressure pulsation. 6. Numerical simulation and analysis of gas jet flow sound field at different inner leakage condition of pin valves, gate valves and ball valves.
    初始声源采用高斯型四极子声源作为压力脉动源；6.完成针阀、闸阀和球阀三种类型阀门在不同内漏状态下气体喷流声场的数值模拟与分析。
29. By the method of numerical fitting, distribution function of axis symmetry gas jet flow speed is determined.
    采用数值拟合的方法，建立了轴对称气体喷流速度分布函数。

noun

1. burner such that combustible gas issues from a nozzle to form a steady flame

   Synonym:    gas burner