多效蒸发器

基于ART网络算法的多效蒸发器温差分配

Temperature difference distribution scheme for multi-effect distillation system based on ART algorithm

多效蒸发器中热压泵的设计

Thermal - Compression - Pump Design in Mult - Effect - Evaporator

多效蒸发器的优化设计研究（Ⅲ）&优化设计实现的总体规划及其决策分析

Optimum design of multi-effect evaporator (ⅲ) comprehensive programming decision analysis

多效蒸发器换热管的换热性能和机械强度分析

Analysis on heat exchanging performance and tube plate strength of multi-effect evaporator

不同类型火源下烟气在大空间内的充填特性研究建模与先进控制在多效蒸发器节能中的应用

Study on the smoke filling in large space atrium under different type of fire

该方法对于建立多效蒸发器液位的仿真系统具有普遍适用性。

This method is also can be used to build the simulation system of multi-evaporator .

多效蒸发器利用一个单元产生的蒸汽加热后一个单元。

The multiple-effect evaporator uses the vapour produced in one unit to heat a succeeding unit .

该系统的主体设备包括多效蒸发器和流化床反应器。

Multi effect Evaporator and Fluidized Bed Reactor ( FBR ) are major parts of the system .

利用机理建模法建立了多效蒸发器液位的数学模型，并用计算机和相应数据采集模件对双效蒸发器液位模型进行了物理实现。

The mathematical model of multi-evaporators ' liquid level is built with the method of mechanization modeling , and the mathematical model of double evaporators ' liquid level is implemented by a computer and data processing modules .

多效多级闪蒸蒸发器

Multi-effect multi-stage ( flash ) vaporizer

随着流回太阳池的盐水温度增加，低温多效系统的蒸发器面积和系统需要的电辅加热量都变小；淡水产量和单位集热面积淡水产量降低；淡水成本开始变化不大，然后逐渐上升。

With the increasing of the temperature of stream returning to solar pond , the energy supplied by electric heater evaporator heat transfer area , fresh water production and fresh water production per unit collector decrease ; and fresh water cost changes slightly firstly and then increases gradually .

多效蒸发应用在玉米化工厂的液体糖浆浓缩过程中，是将生蒸汽通入多效蒸发器加热液体糖浆，液体糖浆中的水分受热蒸发进而达到浓缩的目的。

Many applications in maize plant evaporation efficiency of condensed liquid syrup is born to the steam heating evaporator more liquid syrup , water heated evaporation of liquid syrup and enrichment purpose .

低温多效蒸馏是目前主要的大型海水淡化技术之一，水平管降膜蒸发代表着低温多效蒸馏海水淡化蒸发器的最先进技术。

Low temperature multi-effect distillation is one of the primary desalination technologies at present , and falling film evaporation on horizontal tubes represents the most advanced technology of evaporator in low temperature multi-effect distillation .