片语

variable superficial gas velocity变气速

high superficial gas velocity高表现气速

superficial mass velocity表面质量速度

superficial fluid velocity表面流体速度

Superficial air velocity表面气速

Superficial Liquid Velocity表观液速

allowable superficial gas velocity允许气流速度

superficial vapor velocity空塔蒸汽速度

superficial E velocity表面速度

英汉例句

• it is shown that the interfacial area increases with the rise in the gas and liquid phase superficial velocity and decreases with the increasing of the diameter of microchannel.

  为了定量地描述微通道内气液两相的界面面积，提出了新的界面面积经验关联式。

• in this paper the effects of benzene concentration, superficial velocity and the temper…

  还讨论了苯浓度，表观气速及冷却液温度对床层热点的位置与数值的影响。

• based on theory calculating, the constant of superficial velocity and activation energy were received.

  经过理论计算，得到渣油氧化中四组分的表观速度常数和活化能。

• in this paper the effects of benzene concentration, superficial velocity and the temperature of cooling medium …

  还讨论了苯浓度，表观气速及冷却液温度对床层热点的位置与数值的影响。

• the results showed that the condensation efficiency and the sulphuric acid concentration were affected by superficial velocity considerably, then the condensation temperature.

  结果表明，空塔速度对冷凝效率及成酸浓度影响最大，冷凝器出口温度次之。

• experiment results show that circulating flowrate, superficial velocity and density , size of particles all affect the rtd.

  结果表明，影响大颗粒停留时间的主要因素是循环流率、表观流化气速、颗粒的密度和尺寸。

• the steady time is independent of the superficial velocity and porous media thickness, while the the burner operates at a certain temperature.

  燃烧器的稳定时间基本不受多孔介质厚度和空截面流速的影响。

• when liquid superficial velocity is constant, the liquid slug velocity will increase linearly with the increase of gas superficial velocity, while the liquid slug length will decrease by hyperbola.

  当液相折算速度恒定时，随着气相折算速度的增大，液塞速度线性增大，而液塞长度呈双曲型减小；

• the effects on solids holdup of heat exchanger tube, bed height, static pressure drop and average solids holdup of inlet chamber by superficial velocity were studied in different main distributors.

  在不同结构形式的主分布器条件下，研究了表观液速对换热管中固含率、下管箱内床层高度、静压降及平均固含率的影响。

• the pressure drop of the burner is in direct ratio with the square of the superficial velocity and the porous media thickness .

  在多孔介质的类型和运行温度不变的情况下，往复式多孔介质燃烧器的压降与空截面流速的平方成正比，与多孔介质的厚度成正比；