1) combustion space
火焰空间
1.
In this paper, three-dimensional mathematical model of the combustion space of glass oil furnace in pure oxygen is described and the velocity and temperature are calculated using Computational Fluid Dynamics (CFD).
本文建立了玻璃熔窑火焰空间的三维数学模型,模型包括气相流动模型,雾化油滴燃烧的轨道模型和辐射传热模型。
2.
Under certain assumptions and dividing the combustion space into severalisothermal zones and isothermal surface elements, a two-dimensional mathematical model ofcombustion spece in glass melting tanks was constructed.
本文在一定简化假设下,把玻璃池窑火焰空间划分成若干等温区和等温表面单元,由此建立了横焰池窑火焰空间的二维数学模型。
2) flame space
火焰空间
1.
This article created three-dimensional mathematical model of glass melting furnace flame space temperature field.
建立了玻璃熔窑火焰空间温度场的三维数学模型,通过对某日产400t燃油浮法玻璃熔窑火焰空间在三种富氧情况(氧含量分别是24%,27%,30%)下用图像模拟直观的表述出计算结果。
3) heat exchange in flame space
火焰空间热交换
1.
The numerical simulation study abroad on effects of electric boosting on heat exchange in flame space of end port furnace was reviewed.
介绍了国外采用数值模拟研究电助熔对马蹄焰熔窑火焰空间热交换的作用。
4) trough of flame
火焰空穴，火焰槽
5) trough of flame
火焰空穴;火焰槽
6) CH4/air flame
CH4/空气火焰
补充资料："火焰"
该系统包括一门gau-12/u25毫米“加特林”自动炮、4枚法国马特拉公司的“西北风”发射后不管防空导弹、稳定的前视红外/电视观瞄系统及trs2630雷达系统。其样机装在“皮兰哈”底盘上。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条