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Simulation for Brine Evaporation Parameters Acquired using Distributed Embedded System and Seepage Estimation

机译:分布式嵌入式系统获取盐水蒸发参数的模拟及渗流估算

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摘要

Natural water evaporation is a physical phenomenon that is useful in many industrial applications. Many researchers have worked to monitor the parameters affecting the brine evaporation rate. Many different criteria have been determined by researchers to obtain data for the parameters. This paper presents a simulation based on modified Penman equation. Objective of this work is to acquire the parameters experimentally in a different way using distributed embedded system. Finally evaporation rate for series of condensers prepared for natural evaporation type salt manufacturing process has been compared with experimental values. The result shows that the parameter acquisition method performs well in the environment of salt manufacturing unit and also helps estimating seepage component of brine.
机译:天然水蒸发是一种物理现象,可在许多工业应用中使用。许多研究人员已经致力于监测影响盐水蒸发速率的参数。研究人员确定了许多不同的标准来获取参数数据。本文提出了一种基于改进的Penman方程的仿真。这项工作的目的是使用分布式嵌入式系统以不同的方式实验性地获取参数。最后,将为自然蒸发型制盐工艺准备的一系列冷凝器的蒸发速率与实验值进行了比较。结果表明,该参数获取方法在制盐机组环境中运行良好,也有助于估算盐水的渗流成分。

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