1) micro pipes
微细圆管
1.
The laminar propagation flame was numerically simulated in open-end micro pipes using 17 species and 53 elemental reactions.
采用17组分、53基元反应的详细化学反应机理,通过数值模拟开口微细圆管中的层流传播火焰,分析Lewis数等于1的假定对计算结果的影响,尤其是对火焰传播速度和熄火的影响。
2.
The characteristics of flame propagation in micro pipes are investigated with the consideration of heat loss at the wall.
研究了火焰在有壁面散热的微细圆管中的传播过程。
3.
The characteristics of flame propagation in micro pipes were investigated with the consideration of the heat loss by conduction to the wall and a prescribed Poiseuille flow.
通过计算不同的壁面对流散热和气体流动速度下的火焰,得到火焰面形状的变化规律、火焰传播速度的曲线,分析出了微细圆管中熄火的规律:管道越细,熄火越容易;进口气流速度为0时的燃料消耗速率最小,但只有正的进口速度才有利于防止熄火。
2) microtube
微细圆管
1.
The gas flow in a circular microtube is studied by using the finite difference technique.
采用有限差分法计算了微细圆管中的气体流动 。
3) mini-scale tube
细圆管
1.
Flow boiling heat transfer of non-azeotropic refrigerant mixtures in horizontal mini-scale tube;
水平细圆管内非共沸混合工质的流动沸腾
5) Micro-tube
微圆管
1.
Experiment of flow boiling pressure drop of non-azeotropic refrigerant mixtures in micro-tube;
微圆管内非共沸混合物流动沸腾压降试验
2.
Flow boiling heat transfer enhancement of refrigerant mixtures in micro-tubes
微圆管内非共沸混合工质流动沸腾传热强化
6) microtube
微圆管
1.
First order slip velocity and jump temperature boundary conditions are employed to deter- mine the developing flow and heat transfer in the entrance region of a microtube.
对微圆管进口区运用一阶速度滑移和温度跳跃边界,考察了Kn、动量调和及热调和系数对流动与换热特性的影响机理和规律。
2.
Experiment was conducted to reveal the flow and heat transfer characteristics with deionized water flowing through microtube (lCrl8Ni9Ti) in laminar state.
以去离子水作为工质,在当量直径300-1570μm的微圆管(1cr18Ni9Ti)内进行层流流动与换热特性的实验研究。
3.
Considering gravity, interfacial shear stress, surface tension and interfacial thermal resistance, the analysis model for annular flow condensation heat transfer in microtube was presented.
本文提出了微圆管内环状流凝结换热的分析模型,考虑了重力、汽液界面剪切力、表面张力以及界面凝结热阻的作用。
补充资料：衡阳钢管厂水平连铸机生产连铸圆管坯
衡阳钢管厂水平连铸机生产连铸圆管坯
衡阳钢管厂水平连铸机生产连铸圆管坯
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