AM05-13-015 風波気液界面を通しての熱と物質の輸送機構(大気・海洋の流れ4,一般講演)

概要

論文の詳細を見る
Heat and mass transfer mechanism across a wind-driven air-water interface was experimentally investigated. The results show that heat transfer coefficient estimated on the water side increases with wind speed. However, in the middle wind-speed region, the increasing behavior of heat transfer coefficient on the water side becomes gentle and tends to level off. Therefore, the previous assumption that heat transfer coefficient on the air side is proportional to wind speed, is not correct. Furthermore, heat transfer coefficient on the water side agrees with CO_2 transfer coefficient on the water side in the whole wind-speed region. The result suggests that there exists the similarity between heat and mass transfer across a wind-driven clean air-water interface.
日本流体力学会の論文
2005-09-05