本文主要利用微多孔表面熱傳增強技術在吸附式空調系統內之蒸發/冷凝器上，並測試其性能及分析。加熱表面的成核孔洞量越多，會有較高的氣泡密度，使其熱傳性能可以增加。 工作流體為水，而甲醇為冷媒，實驗平滑板與微多孔板其熱傳性能。 我們能利用其微多孔表面熱傳增強特性，設計固體吸附式空調系統內之蒸發/冷凝器，使其體積能有效的大幅縮小。 The main purpose of this research is to use micro-porous heat transfer enhancement technology on evaporators/condensers in the absorption air conditioning system. More nuclear ,higher . And the heat transfer performance can be better. The working fluid is water, and the refrigerator is methanol. Teat the heat transfer performance of plain plate and micro-porous surface. Use micro-porous technology to design evaporators/condensers in adsorption air conditioning system and make the total volume of the heat exchanger smaller.
