蒸发器

液体分布器是降膜式蒸发器的关键部件。

Liquid distributor is the key part of falling-film evaporator .

剖析了C5石油树脂间歇精制工艺存在的问题及改进的必要性，采用降膜蒸发器开发了连续化精制新工艺。

New continuous purification process has been developed .

蒸发器过热度的模糊PID自适应控制

Fuzzy PID self - adaptive control for controlling the superheat of evaporator

小型蒸发器（E（20））代表性和折算系数的分析

The representation of small evaporation machince ( E_ ( 20 )) and calculation data

一种新型Si电子束蒸发器的研制及其应用研究

Development and Applications of A New Si Electron Beam Evaporator

电子束蒸发器的性能试验表明，稳定输出功率可以控制输出稳定的Si束流。

Steady Si beam can easily be obtained at a constant power output .

CCWang的模型用于计算百叶窗形翅片管式蒸发器的表面换热系数及压降。

The surface heat transfer coefficient and the pressure drop of louver fin evaporators were calculated with C C Wang 's model .

薄膜蒸发器三维参数化设计及其CAE研究

Research on 3D Parametric Design and CAE of Thin-film Evaporator

PTA装置薄膜蒸发器用材分析

Analysis of Selected Materials for Film Evaporator of PTA Unit

基于SolidWorks的薄膜蒸发器三维参数化设计

3D parametric design of thin film evaporator based on solidWorks

由于CO2热物性方面的特殊性，目前开发的CO2蒸发器多数采用紧凑式的微通道换热器。

Since thermal properties of CO_2 are different to other conventional refrigerants , the compact mini-channel heat exchangers are usually chosen as the new developing evaporators .

我们成功地设计出一种新型的Si电子束蒸发器，并将它应用于Ge/Si（111）量子点的生长。

A novel type of silicon electron beam evaporator has been successfully developed and applied to the growth of Ge / Si ( 111 ) quantum dots .

小型平板CPL蒸发器优化设计研究

Optimization design for a flat plate evaporator of miniature capillary pumped loop

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。

A calculation method of liquid film thickness for high viscosity fluid was put forward by CFD analysis of fluids in thin film evaporator .

CPL蒸发器传热和蒸发流动过程的分布参数模型

Distributed parameter model for calculating the heat transfer and flowing process in CPL evaporator

蒸发器壁面温度的变化规律最能反映CPL的运行特性。

The temperature - change of evaporator wall surface is the major operation characteristics .

以此为基础，综合考虑CFD数值模拟得出的最佳进料量要求，实现薄膜蒸发器的工艺计算。

Based on the results , the process calculation of thin film evaporator was realized by synthetically considering the optimum feed rate derived from CFD simulation .

介绍了一种开启式螺杆氨盐水机组，采用PID控制的电子膨胀阀直接供液，蒸发器和冷凝器均采用半焊式板式换热器。

A new type ammonia brine unit was introduced in this paper , which use electronic expansion valves to supply liquid and use semi-laser welding plate-and-frame heat exchangers as condenser and evaporator .

以亚硫酸盐废液为物料，研究了蒸发器中流速、加热表面温度、溶液温度、固体含量、硫酸盐添加量及溶液的pH值等操作变量对结垢速率的影响。

The effects of possible operating variable such as flow rate , surface temperature , bulk temperature , solids contents , sulfate addition and pH on the fouling of sulfite spent evaporators were studied .

在自行开发的薄膜蒸发器二维参数化设计系统的基础上，通过VISUALBASIC语言对SolidWorks软件进行二次开发，实现了薄膜蒸发器三维参数化设计及其虚拟装配设计。

On the basic of self-developed 2D parametric design system of thin film evaporator , the 3D parametric design and virtual assembling design of thin film evaporator were realized by the development of SolidWorks based on Visual Basic .

探讨了吸液芯平均孔径对蒸发器热泄漏和LHP启动特性的影响。

The influences of average pore size on heat leak and start-up characteristics were also discussed .

建立了蒸发器&电子膨胀阀过热度模糊控制仿真系统，通过仿真分析了量化因子、比例因子及不同的采样时间，对控制效果及参数设置的影响、模糊控制与PID的控制效果比较；

A dynamic simulation model for the control of superheat by the electrical expansion valve has been established . Base on this model , parameter setting , sampling time and Comparison of Fuzzy control with PID control are discussed .

同时，根据建立的仿真模型和算法，开发了Matlab仿真程序；（3）通过与实验数据对比，验证翅片管蒸发器稳态分布参数模型的可靠性和正确性。

Meanwhile , the simulation program was developed by Matlab based on the model and its algorithm . ( 3 ) The steady-state distributed parameter mathematical model of the fin-and-tube evaporator was validated with the experimental data in the published literature .

带有烟道蒸发器的600MW超临界锅炉垂直管圈水冷壁水动力特性研究

An Investigation on Hydrodynamic Characteristics of Vertical Upward Waterwall of 600 WM Supercritical Pressure Boiler with Gas Tunnel Evaporator

通过应用CFD技术对蒸发器总成进行数值仿真设计并改进设计结构上的不合理部分，可以达到使总成内空气的速度、温度得到均匀的分布，得到适当的速度值以及降低噪声的目的；

By applying CFD to simulate designs and improve on the inconsequential designs , it can make the symmetrical distributing of velocity and temperature of air in HVAC , obtain a proper value of velocity and reduce the yawp value .

建立了与两个液态水单相流体回路直接耦合，与两个空气通风回路间接耦合的多蒸发器CPL系统，并通过实验对该系统的瞬态运行特性进行了研究。

A multiple evaporator CPL coupled with two water loops directly and two air thermal control units indirectly was developed and tests were conducted to investigate its instantaneous characteristics .

LRC-201醋酸蒸发器液位自校正调节器

Lrc-201 self-tuning regulator for the level of acetic acid distillator

丙烷蒸发器的解冻周期由原来的8d提高到24d，系统的制冷温度也相当稳定；

The de-freezing cycle of the propane evaporator increases from 8 d to 24 d. The refrigeration temperature of the system is quite stable .

分析表明，该装置在压缩机转速2060r·min-1工况试验时参数正常，证明压缩机配置、盘管式蒸发器设计成功；

It proves that parameters are normal when the compressor rotates at 2 060 rpm , indicating the configuration of the compressor and design of coil evaporator are correct .

文章介绍E-601型蒸发器自动测量装置，并对测量结果进行分析。

The paper introduces the Auto-Measure system about evaporated amount of the E-601 evaporator and analyzes the surveying results .