算例的计算结果表明该方法是求解多组分热集成精馏序列综合问题的有效方法。
Solutions of example problems demonstrate that the proposed method is efficient for the heat integrated distillation sequence synthesis.
以丁二烯分离装置为对象，对热偶精馏tcs - R用于非理想体系的操作特性和节能效果进行了模拟分析与研究。
With the butadiene separation unit as an example, the operational performance and the energy saving effects of the thermally coupled distillation TCS-R, was analyzed for the nonideal system.
蒸馏塔内部热集成技术系指同一塔内通过精馏段和提馏段之间的热量集成。
The internally heat integrated distillation technology refers to the heat integration of the same column (between) the rectifying and stripping sections.
本文针对热膜流速仪元件的工作原理提出了在平面旋转测量液体三维流速的方法，并测量了大型精馏塔板液相单相三维流场。
In this paper, a new method of measuring liquid three dimensional flow velocity by rotaining the probe in the plane was submitted basing elaborate analyzing of hot film anemometer.
以三甲苯精密精馏过程为实施案例，对多塔分离过程提出了热集成节能工艺。
Taking trimethylbenzene precise distillation for example, a new heat integration technology for energy saving was put forward.
根据分离要求确定了热偶精馏塔的操作特性，研究了热偶精馏塔的节能效果，探讨其实际运用的可行性。
We determined the operational performance according to the separation requirements, and researched the energy-saving and the feasibility of utilization of the thermally coupled distillation.
对塔内换热精馏的概念及其节能原理进行了详细的阐述。
The concept of distillation with heat exchange inside and its principle of energy conservation were elaborated.
根据精馏段和提馏段热耦合的相对位置不同，外部热耦合复合精馏塔系统可分为对称型和非对称型两种结构。
According to the relative positions of thermal coupled rectifying and stripping sections, the configurations of the system involved two types, symmetrical EHIDDiC and asymmetrical EHIDDiC.
精馏塔再沸器是炼油、化工、轻工等行业中非常重要的换热设备，这种再沸器的优化和传热强化对热能的优化利用具有重要意义。
Reboiler of fractionating column is an important type of heat exchangers in the refinery industry, chemical industry, light industry and so on.
内部热耦合精馏塔(ITCDIC)是精馏塔节能研究的前沿。
The Internal Thermally Coupled distillation Column (ITCDIC) is the frontier of distillation energy saving research.
给出了理想物系内部热耦合精馏塔操作费用和费用节省的估计方法。
An evaluation method on operating cost and its saving of internal thermally coupled distillation columns (ITCDIC) of ideal mixture is presented.
本文研究了采用连续反应-精馏装置，由双环戊二烯进行液相热分解制备环戊二烯的工艺方法。
The preparation of cyclopentadiene from dicyclopentadiene by liquid phase cracking method with the device of continuous reaction-rectification was studied.
本文研究了采用连续反应-精馏装置，由双环戊二烯进行液相热分解制备环戊二烯的工艺方法。
The preparation of cyclopentadiene from dicyclopentadiene by liquid phase cracking method with the device of continuous reaction-rectification was studied.
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