多效蒸发

以黑液多效蒸发设计型计算为例，介绍用Excel实现图表数据函数化的方法。

Serving multiple effect evaporation of black liquor as an example , this paper introduced the method that turned the data in diagram into function with Excel .

利用VISUALBASIC50语言开发多效蒸发系统优化设计应用软件。

The optimum design software of multi effect evaporation system was programmed using Visual Basic 5 0 . The software includes two modules .

在操作模拟计算的基础上，建立了复杂多效蒸发系统操作优化模型，该模型以浓缩成本最小为优化目标，以TK和F0为决策变量，采用遗传算法结合矩阵法求解。

An optimum design model of complex multi-effect evaporation system was established on the basis of conventional design simulation .

多效蒸发过程模拟的严格Broyden法计算

Simulation of the Multi-effect Evaporation Process Using the Strict Broyden Method

多效蒸发过程模拟的Broyden解法

Broyden method for process simulation of multi-effect evaporation

本文研究的水电联产系统中，由超临界350MW凝汽式机组为低温多效蒸发海水淡化装置提供工作蒸汽。

Multi-effect evaporation desalination device is composed of water and electricity co-generation system .

分析影响低温多效蒸发海水淡化过程的各种因素，对系统中的蒸汽流程、原料水和产品水的进出流程、TVC位置均进行了比较分析。

Comparative analysis have been conducted for steam flow in the system , raw water and product water flow arrangement and TVC position .

将LiBr吸收式热泵应用于多效蒸发法（MED）海水淡化工艺流程是海水淡化领域的一个新的设计概念。

The multiple effect distillation ( MED ) desalination system with LiBr absorption-type compressor is a new design conception . This paper describes and discusses the thermodynamic process of the system .

多效蒸发装置节能的新技术蒸汽喷射式热泵SPZ型泵组合技术

The New Process of Energy Saving Plant for Evaporator in Effects-Steam Ejecting Heat Pump

提出了利用200MW（t）核供热堆与多效蒸发工艺相组合的一种核能海水淡化系统。

A HR-200 nuclear desalination system is proposed which consists of one unit of 200 MW ( t ) nuclear heating reactor and multi-effect distillation ( MED ) process plant .

对K2CO3生产过程中产生的低浓度NH4Cl废水处理进行了工程总结，通过离子交换浓缩和低温多效蒸发冷析结晶技术回收NH4Cl；

Engineering summarization was made for treatment of low concetration NH_4Cl waste water which was produced in the K_2CO_3 production process , through ion exchange / concentration and low temperature multi-effective evaporation cold separation crystallization technology the NH_4Cl could be recovered ;

有固相析出的逆流多效蒸发系统的新设计方法

New design method of countercurrent multi-effect evaporation system with solid separation

复杂逆流多效蒸发系统优化设计的模型与算法

Optimum design model of complex countercurrent multi-effect evaporation and its algorithm

多效蒸发系统能源消耗的分析计算

The analysis and calculation of energy consumption for multiple-effect evaporation system

多效蒸发最佳效数的简单计算法

A simple calculation method for an optimized effective number in multiple-evaporation

复杂并流多效蒸发系统的数学模型与矩阵解法

The Mathematics Model and Matrix Method of Complex Cocurrent Multi-Effect Evaporation

多效蒸发最佳效数选择分析

Discussion on selection of optimum evaporator numbers in multi - effect evaporation

多效蒸发矩阵模型具有很强的通用性，矩阵法结合迭代法是进行多效蒸发模拟计算的高效、通用算法；

The model was solved by genetic algorithm combined with matrix method .

平流多效蒸发系统的数学模型与求解

Mathematical model and process simulation of parallel-feed multi-effect evaporation system

有固相析出的顺流多效蒸发过程热量衡算

Heat balance calculation for multiple-effect evaporation process with solid separation

低温多效蒸发海水淡化系统性能估算方法及公式

Performance estimation method and formula for low-temperature multi-effect evaporation seawater desalination system

采用计算机对多效蒸发过程进行了模拟计算。

A computer program is developed to simulate the multi-effect evaporation processes .

多效蒸发系统用能的模拟与优化

An optimization and simulation system of energy utilization for multieffects evaporation system

多效蒸发系统的数学描述及优化目标函数分析

Mathematical Description of Multi Evaporator System and its Optimal Objection Function Analysis

以进料序为效序的多效蒸发计算乙醇过量时会削弱空化效应，使聚合反应

Multiple - effect evaporation calculation according to sequence of feed

双塔竖直蒸发管高温多效蒸发海水淡化实验系统

Dual-tower vertical evaporation tube high-temperature MED seawater desalination test unit

多效蒸发的最经济效数估算

The estimation of optimum economical effects number in Multiple-effects evaporation

多效蒸发过程优化设计初探

Preliminary study on optimizing design of multi-effect evaporation process

以最好的经济效益为目的，合理地采用多效蒸发回收溶剂工艺；

Most effectively using multi-stage evaporation for solvent recovery ;

低温多效蒸发海水淡化变工况分析与实验研究

Analysis of LT-MED on Dynamic Parameters and Experimental Research