CAJ | 학술논문

我国有些区域如岛屿、沿海地区，虽然空气潮湿，但却缺少淡水。为这些地区的人们提供淡水成为开发这些地区的先决条件。本文提出了一种以太阳能为驱动源的制水设备，采用蒸气压缩式制冷设备和纳米超疏水凝结板，从空气凝结水蒸气。实验测试了该设备的实际制水量，并且实验结果证明了向凝结板喷涂纳米超疏水涂料可以提高制水量。
아국유사구역여도서、연해지구，수연공기조습，단각결소담수。위저사지구적인문제공담수성위개발저사지구적선결조건。본문제출료일충이태양능위구동원적제수설비，채용증기압축식제랭설비화납미초소수응결판，종공기응결수증기。실험측시료해설비적실제제수량，병차실험결과증명료향응결판분도납미초소수도료가이제고제수량。
There is lack of fresh water although the air is humid in some regions of China, such as islands and coastal areas. In order to develop these areas, it becomes the prerequisite to provide fresh water to the people in these areas. A solar photovoltaic-driven water making device was developed, and it uses the vapor compression refrigeration equipment and superhydrophobic cold surface plate to condense water vapor from the wet air. The principle prototype had been developed and preliminary experiment had been made. The real water amount produced by this device was measured, and experimental results prove that the superhydrophobic surface on the cold surface can improve water production.