筏基迷宫式水蓄冷槽内部温度分布特点及其建模原理验证

筏基迷宫式水蓄冷槽内部温度分布特点及其建模原理验证
摘要：根据流体力学相似性原理——弗劳德准则建立筏基迷宫式水蓄能模型实验,验证弗劳德准则于筏基水蓄冷模型实验正确性的同时,在模型水槽内部设置多个温度传感器,分析研究水槽内部温度分布,分析设计流量下死区大小并给出温度测点布置位置。同时,设置平铺式线缆式温度传感器,分析线缆式温度传感器在迷宫式水蓄能项目中的可适用性。

Abstract:According to the similarity theory of fluid mechanics to establish a raft labyrinth water storage model experiments, the model tank internal sets up multiple temperature sensor, analyzes the temperature distribution inside the water tank, the analysis and design flow of dead zone size and temperature measuring point layout position are given. At the same time, the flat cable type temperature sensor is set. The application of cable type temperature sensor in the labyrinth of water storage projects is analysed.

标题：筏基迷宫式水蓄冷槽内部温度分布特点及其建模原理验证
title:The Characteristics of Temperature Distribution and Its Modeling Principle are Verified in the Raft Labyrinth Water Storage Tank

作者：陶瑾, 黄瑷莉, 薛栓平, 朱洲江
authors:TAO Jin, HUANG Aili, XUE Shuanping, ZHU Zhoujiang

关键词：迷宫式水蓄冷[1],死区,弗劳德准则[2],线缆式温度传感器,
keywords:labyrinth water cool storage,dead zone,Froude criteria,cable type temperature sensor,

发表日期：2017-12-30

2025-1-21 00:13 上传 筏基迷宫式水蓄冷槽内部温度分布特点及其建模原理验证.pdf

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