film evaporator

英 [fɪlm ɪˈvæpəreɪtə] 美 [fɪlm ɪˈvæpəˌreɪtər]

薄膜蒸发器

化学



双语例句

  1. Experimental study on the evaporating characteristics of a dimpled vertical plate falling film evaporator in celery juice
    异形竖板降膜蒸发器浓缩芹菜汁传热性能实验研究
  2. Numerical simulation based on mathematical model of distillation process in thin film evaporator and parameters analysis
    基于薄膜蒸发器蒸馏过程数学模型的数值模拟及参数分析
  3. Performance of falling film evaporator in vertical tube combined with vapor-lift effect: hydrodynamic characteristics
    基于气提效应的竖管内降膜蒸发器性能研究:水力学特性
  4. Prediction of the Performance of Falling Film Evaporator with Horizontal Tube Bundle Based on a Distributed Parameter Model
    基于分布参数模型的水平管式降膜蒸发器模拟
  5. Study on Separation of Residual TDI from TDI-TMP Prepolymer by Thin Film Evaporator
    薄膜蒸发器分离聚氨酯固化剂中游离TDI的研究
  6. By analysis of the technology, equipments and operating conditions of a thin film evaporator, the vaccum and viscosity controlling systems are advanced.
    通过对薄膜蒸发器工艺、设备操作条件的分析,提出了真空和粘度二个控制系统。
  7. At the same time, the enhancement mechanism of heat transfer for T-shaped fin plate has been investigated and the reasons of excellent performances gained with falling film evaporator of T-shaped fin plate are studied in this paper.
    同时对沸腾传热的强化机理也进行了研究,并探讨了T型翅片板喷淋降液膜蒸发器具有优良传热性能时主要原因。
  8. The calculation model of thin film evaporator ( TFE) was developed, the flow of water and viscous fluid was simulated using CFX 4.4 software and the velocity distribution was obtained.
    建立了薄膜蒸发器的计算模型,采用大型计算流体力学(CFD)分析软件CFX4.4模拟了薄膜蒸发器内水及粘性料液的流动过程,得到了各种速度分布。
  9. Study on the heat transfer performance of spray falling film evaporator with T-shaped fin plates
    T型翅片板喷淋式降膜蒸发器传热性能研究
  10. A calculation method of liquid film thickness for high viscosity fluid was put forward by CFD analysis of fluids in thin film evaporator.
    通过对薄膜蒸发器内各料液进行CFD分析,针对高粘度物料提出了一种物料膜厚计算方法。
  11. The Application Research of Thin Film Evaporator in Caustic Soda Concentration Process
    薄膜蒸发器在烧碱浓缩中的应用研究
  12. In this paper, the caustic soda concentration test was done in 1m 2 thin film evaporator laboratory equipment.
    本文在1m2薄膜蒸发器试验装置上进行了烧碱浓缩试验。
  13. Influence of Structure Parameters of Thin Film Evaporator on the Fluid Heat Transfer Performance
    薄膜蒸发器结构参数对流体传热性能的影响
  14. Based on the numerical simulation result of convective heat transfer, the finite element calculating model of the integrate jacket structure of the cylinder of a thin film evaporator was established, the stress analysis and the intensity calculation of the structure were made using the finite element method.
    根据对流传热数值模拟结果,建立了薄膜蒸发器筒节整体夹套结构的有限元计算模型,利用有限单元法进行了结构的应力分析和强度计算。
  15. The structure of evaporator was designed logically, and the heat transfer performance of the ( umbrellaplate) falling film evaporator was studied.
    对伞板式降膜蒸发器进行了合理的结构设计,并对此蒸发器的传热性能进行了实验研究。
  16. The horizontal tube film evaporator has the advanced comprehensive index, which can take priority of selection.
    水平管液膜蒸发器具有先进的综合指标,是可供优先选择的一种蒸馏设备。
  17. The aided design system for thin film evaporator was developed by Visual Basic 6.0 exploiting technology.
    以VISUALBASIC6.0为开发工具,开发了薄膜蒸发器辅助设计系统。
  18. The flow rate calculation and the applicability are discussed on several liquid distributors for falling film evaporator with vertical tubes, and the plate distributor with multi& layer spray is proposed for the large scale falling film evaporators.
    对应用于竖管降膜蒸发器中的几种液体分布器的流量计算和适用范围进行了讨论,指出多层淋降板式分布器适用于大型降膜蒸发器。
  19. Through the application of 3D parametric technology, the design level of thin film evaporator can be improved and the exploiting period can be shortened, and the foundation can be established for subsequent structure optimization analysis.
    三维参数化技术的应用不仅提高了薄膜蒸发器的设计水平,缩短了开发周期,并为其进一步结构优化分析奠定基础。
  20. Based on the designed thin film evaporator, the influence of the rotor speed, feed rate and liquid inlet temperature on evaporation length and film heat transfer coefficient was primarily discussed using the software CFX 4.4 with water as feed liquid.
    针对自行设计的薄膜蒸发器,以水为物料,采用大型CFD软件CFX4.4,初步探讨了刮板转速、进料量、进料温度等参量对薄膜蒸发器蒸发段长度和加热段膜内传热系数的影响。
  21. Experimental study on the heat transfer characteristics in falling liquid film evaporator
    降膜式液膜蒸发器换热特性的实验研究
  22. Application situation of plate-type climbing film evaporator in ionic membrane caustic soda evaporation system and the characteristics of evaporation units were introduced in particular.
    重点介绍了板式升膜蒸发器在离子膜烧碱蒸发系统中的应用情况及蒸发装置的特点。
  23. Advantages and applications of wiped thin-film evaporator s Based on the mathematic model of the wiped film distillation in Ref.
    刮膜薄膜蒸发器的特点和应用利用传质和传热数学模型描述和模拟刮膜分子蒸馏过程,是刮膜分子蒸馏器设计改进与优化操作的有效途径。
  24. A study on the application of wiped film evaporator in preparation of mesophase pitch
    刮膜蒸发器在中间相沥青制备中的应用研究
  25. Rising film evaporator concentrate the material close to saturation state, evaporation of a lot water, reduced the power of forced circulation evaporation.
    升膜蒸发器使物料浓缩接近至饱和,蒸发了大量的水,因此大大减少了强制循环蒸发器所需要的动力,而强制循环结晶又弥补了升膜蒸发器不能用于结晶的难题。
  26. So, this thin film evaporator using micro-groove can enhance the heat transfer efficiency and improve the heat transfer performance.
    实验结果表明,采用微沟槽结构的细薄膜蒸发器能有效地提高传热效率,改善蒸发器的传热性能。
  27. In this paper, the concave-convex changed wall surface is applied to falling film evaporator. This paper analyzes and studies heat-transfer property and the flow properties of the celery juice on concave-convex changed wall surface in the process of evaporation concentration.
    本文把凹凸变化壁面应用于降膜外流蒸发器作为传热元件,分析并研究蒸发浓缩过程中芹菜汁在凹凸变化壁面上的传热性能和流动性能。
  28. An experiment system is set up for testing the thin film evaporator by adjusting the fluid amount, heating power and system pressure, with deionized water as the working fluid.
    本文搭建了一套实验系统,以去离子水为工质,通过调节进液量、加热功率、系统压力等方法测试所研制蒸发器的传热性能。
  29. We improve the energy reuse structure of cooling steam and condensate to increases the heat usage efficiency of falling film evaporator.
    本课题改进冷却后的蒸汽和冷凝水的能量再利用的结构,达到提高降膜蒸发器对热能的利用率的目的。