steam velocity信息详情
蒸气速度
velocity───n.【物】速度
steam───adj.蒸汽的;n.蒸汽;蒸汽动力;水汽;精力;vi.冒水汽;蒸;用蒸汽动力推动;疾行;<非正式>开始战斗;抢劫
velocity profile───速度剖面(图),速度分布图,速度变化图
muzzle velocity───初速;出口速度;初速度(弹出膛时的速度)
constant velocity───常速度,等速度; 恒速;匀速;等速度;恒速度
angular velocity───[力]角速度
cratering velocity───弹坑速度
velocity magnitude───速度大小
terminal velocity───[力]终极速度;自由沉降速度;终速,自由沉降速度
Based on the theory of two-phase flow, the mechanism of the condenser's steam resistance which is influenced by the steam velocity field at the condenser's throat outlet was analyzed.───基于两相流的有关理论,分析了凝汽器喉部出口蒸汽流场对凝汽器汽阻影响的机理。
breakage of the catalyst are excessive sodium and vanadium content in the feed oil, excessively high regeneration temperature and excessively high steam velocity in riser pipe.───催化剂的分析表明,催化剂破碎主要由于原料中钠、钒含量超标、再生温度过高和提升管预提蒸汽线速过高所致。
The practical calculation results show, there is an optimal steam velocity, which is decreasing along with pressure-and density-increasing.───实例计算结果表明,存在最佳的蒸汽流速,其随压力升高、密度增大而减小。
The effect of macerating time, particle size and steam velocity on the extn. yields are also studied.───浸泡时间、颗粒大小以及蒸气速度对于萃取产率的影响也被研究。
Numerical calculation of condenser's heat transfer coefficient in different steam velocity field───不同蒸汽流场下凝汽器传热系数的数值计算
Influence of Steam Velocity Field on Condenser's Steam Resistance───蒸汽流场对凝汽器汽阻的影响
The effect of macerating time, particle size and steam velocity on the extn.
The causes behind breakage of the catalyst are excessive sodium and vanadium content in the feed oil, excessively high regeneration temperature and excessively high steam velocity in riser pipe.
The effect of macerating time, particle size and steam velocity on the extn. yields are also studied.
- she has two apples
- so die
- secure boot management
- raymond cruz
- sineike
- try to get help from them
- speedinglife
- sulphathalidine
- steam vrchat
- sinema
- preventive medicine department
- preventive treatment
- secure boot mode
- pust
- sineman
- timber sleeper
- the friend of yours
- try to get into
- preventive war
- tabithabeibei
- preventives