1) top deflection
塔顶挠度
1.
The results show that the effect of weight to top deflection of the heavy weight high column can not be ignored and a formulation is deduced to express this effect.
在对自支承式塔设备建立合理的力学模型并进行受力分析的基础上,采用材料力学中的叠加法,计算了高塔设备在均布风载荷、自重联合作用下的塔顶静挠度,提出对于自重和长细比均较大的高塔,塔体自重对塔顶挠度的影响不可忽视,并推导出了计算这种影响的表达式。
2.
The superposition method in mechanics of material and a MATLAB Procedure was used to calculate the top deflection of tall tower under both of weight and wind pressure.
分析和计算的结果表明,对于自重和长径比均较大的高塔,必须考虑塔体自重对塔顶挠度的影响,且只要将高塔分三段以上进行类似的分析,就足以满足工程计算的精度要求。
2) tower top temperature
塔顶温度
1.
In plateau and basin, the deciation is very large between the atmospheric pressure and standard atmosphere, so the influence to the tower top temperature is notable.
精馏塔的馏出液组成与塔顶温度有关 ,大气压不同塔顶温度也不同。
3) the density of tip production
塔顶产品浓度
1.
Through the experiments,the conditions of the experiments such as bottom calefaction voltage,the density of bottom's liquid and reflux ratio with the density of tip production's relationship were obtained.
本文对废液中低浓度乙醇的回收再利用进行了研究,主要对低浓度乙醇精馏过程中的不同实验条件进行了初探,得出了塔釜加热电压,塔釜液浓度,回流比等实验条件与塔顶产品浓度之间的关系,并用计算机绘制了图表,确定一组最优的实验条件。
2.
Through the experiments, I get the conditions of the experiments such as bottom calefaction voltage, the density of bottom's liquid and reflux ratio with the density of tip production's relationship.
本文对废液中低浓度乙醇的回收再利用进行了研究,主要对低浓度乙醇精馏过程中的不同实验条件进行了初探,得出了塔釜加热温度、塔釜液浓度、回流比等实验条件与塔顶产品浓度之间的关系,并用计算机绘制了图表,确定了一组最优的实验条件。
4) deflection
[英][dɪ'flekʃn] [美][dɪ'flɛkʃən]
挠度,挠曲
5) flexible tower
挠性铁塔
补充资料:1,6-己二醇蒸馏塔顶馏出物
CAS:68937-28-0
中文名称:1,6-己二醇蒸馏塔顶馏出物
英文名称:1,6-Hexanediol, distn. overheads
Celol (MEPB) tops
中文名称:1,6-己二醇蒸馏塔顶馏出物
英文名称:1,6-Hexanediol, distn. overheads
Celol (MEPB) tops
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