对大型填料塔液体分布器的设计模型及设计标准进行了深入的研究，并将成果应用于实际工程设计中。
Deep study is done for the design model and standards of liquid distributor in large - sized packing tower. Related achievements are applied in practical project design.
建立了能描述规整填料塔中液体三维流动和混合的精馏过程混合池模型。
A three - dimensional mixing-pool model of a distillation column containing structured packing was established, in which liquid flow distribution and mixing were considered.
建立了填料塔的二维传热传质模型，考虑了因水蒸发或凝结而引起的水的质量变化和空气的质量变化。
A planar model of air and water flow on metal fill surface was set up to investigate heat and mass transfer performance of air conditioner.
在实验的基础上，本文还对涂层材料中的粘结剂和填料分别提出了冲蚀磨损的理论模型。
On the basis of experiment results, we have advanced the theoretical models for the erosion of the coating.
在流变特性实验的基础上，对尾砂作骨料的似膏体充填料浆的流变模型和流态进行了研究。
Based on the experiment of rheological characteristic, the rheological model and the flow state of paste like fill slurry with tailings as aggregate were studied.
讨论了QH-1型扁环填料的数学模型和设计放大，并举例说明了这种填料的工业应用。
The modeling and scale-up of the QH-1 mini rings are discussed and the application of the packings are illustrated.
传统规整填料压降模型的来源主要是散堆填料的压降关联式和湿壁塔模型。
The traditional models reviewed for structured packing were mainly derived from correlations for random packing or the model for wetted-wall column.
相关的填料聚集动力学和填料絮凝模型大部分是唯象模型。
Most of the models for the flocculation of the fillers were phenomenological.
本文提出一个能够综合体现沿填料塔的径向具有不同轴向混合的假一维扩散模型来研究填料塔液相的混台。
In this paper, a pseudo one-dimensional model comprising different coaxial mixing is proposed and used to study the liquid phase mixing in packed columns.
本文探讨了填料塔中液体微观流动机理，提出了多区多级模型，对填料塔在非理想流动状况下的塔效率进行了模拟。
Based on the study of the microscopic flow mechanism of liquid in packed column, a zone-stooge model is proposed, by which the efficiency of the column is simulated in the non-ideal flow state.
采用降膜理论建立了板波纹填料的持液量模型。
A new method was presented according to the theory of falling film to calculate the holdup in structured packing.
结合悬浮填料床的硝化试验，建立了悬浮填料床硝化动力学模型，从机理上揭示了悬浮填料床生物硝化特性。
In accordance with the experimental data, nitrification kinetic model of Suspended Packing Bed was established, which explored the characteristics of Suspended Packing Bed theoretically.
应用该数学模型分析了压力变化对加填料饱和器传热传质的影响，同时讨论了沿加填料饱和器高度方向的传热传质过程。
The influence of the working pressure on the heat and mass transfer was analyzed by this model, and the detailed process was investigated.
利用自行研制的填料粒子，采用独特的渗流法制备了多孔金属铝，提出了填料颗粒为球形时多孔金属孔隙率的计算模型，实验证明用此模型预测多孔金属的孔隙率是可行的。
The structure and its control of the porous aluminum prepared by a special pressure infiltration process was studied , for which a model for calculating the porosity of porous metals was developed.
利用离心模型试验手段，进行提高填料压实度和石灰改性措施下拼接路堤协调变形试验研究。
The centrifugal modeling tests were used to simulate increasing degree of compaction and improve soil by lime for coordinating deformation between new and old high-embankment widening.
综述了文献中关于规整填料压降的计算方法和模型，并对这些模型的理论基础和适用条件做了简要分析和比较。
A comprehensive summary of researches on pressure drop calculation methods and models for structured packing was presented. Theoretical aspects and applicability of the models were analyzed.
为了研究粘性包边土层与砂填料所共同构成的填砂路基边坡的稳定性，分析了填砂路基的破坏模式与破坏机理，并通过模型试验的结果得到了滑动面位置。
To study the stability of natural sand embankment slope covered with cohesive soil layer, the mode and the mechanism of sand embankment slope failure were analyzed.
通过大型的模型试验，研究了以红砂岩为填料在水平地震作用下加筋格宾挡土墙的动力特性。
Large model tests are conducted on reinforced gabion walls filled with red sandstone under horizontal seismic loading to investigate the dynamic response of walls.
本文所建立的波纹板填料轻烃脱水的数学模型的模拟计算结果和实验结果能较好地吻合。
Satisfactory agreements have been obtained between the calculated and experimental values of outlet concentration in a corrugated plate separator.
本文所建立的波纹板填料轻烃脱水的数学模型的模拟计算结果和实验结果能较好地吻合。
Satisfactory agreements have been obtained between the calculated and experimental values of outlet concentration in a corrugated plate separator.
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