冷凝传热性能测量数据

随着微/纳加工技术的发展，设计开发新型的微-纳界面用于强化冷凝传热受到了广泛关注并成为近年来的研究热点。然而目前冷凝传热表征装置仍无商业化产品。时间跨度从2017年7月1日至2021年6月30日。我们描述了一种冷凝传热性能表征技术，通过测量等间距圆柱体中心轴距温度，可计算获得相应结构的冷凝传热性能，这种温度测试的灵敏度和准确度来自于热电偶的校准。With the advancement of micro/nano fabrication technologies, the design and development of novel micro-nano interfaces for enhancing condensation heat transfer have attracted extensive attention and emerged as a research hotspot in recent years. However, commercially available condensation heat transfer characterization apparatuses are still unavailable at present. The dataset covers the period from July 1, 2017 to June 30, 2021. We present a condensation heat transfer performance characterization technique, where the condensation heat transfer performance of target structures can be calculated by measuring the center-to-center distances and temperatures of equally spaced cylinders. The sensitivity and accuracy of this temperature measurement are derived from the calibration of thermocouples.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于冷凝传热性能的测量与表征技术，旨在通过实验数据支持微-纳界面强化传热的研究。数据覆盖时间从2017年7月1日至2021年6月30日，包含7.33MB的50个文件，提供冷凝传热系数的计算基础。