@article{oai:miyazaki-u.repo.nii.ac.jp:00002727,
 author = {古賀, 雄樹 and 佐々木, 仁 and Sasaki, Jin and 川﨑, 義仁 and Kawasaki, Yoshihito and 田島, 大輔 and Tashima, Daisuke and 林, 則行 and Hayashi, Noriyuki and Koga, Yuki and 佐々木, 仁 and Sasaki, Jin and 川﨑, 義仁 and Kawasaki, Yoshihito},
 journal = {宮崎大学工学部紀要, Memoirs of Faculty of Engineering, University of Miyazaki},
 month = {Aug},
 note = {Co-generation system has become an effective method to solve the global warming and energy problem. The system can achieve high efficiency both by using electric generation and by exhaust heat recovery. The system can produce the recycling society. Two experiments were conducted in this research. Firstly, the basic characteristics of the co-generation and desiccant cooling hybrid system were measured with a basic simulation model of desiccant based cooling system. As the result, it is found that amount of dehumidification increases with a rise in water temperature. Secondly, the measurement of the basic drive characteristics of a desiccant based cooling system was performed. As the result, it is found that amount of dehumidification increased with a rise in water temperature along with simulation. It is also found that amount of dehumidification increases in the case of that relative humidity of regeneration air is low.},
 pages = {59--64},
 title = {低温熱源の有効利用を考えたデシカント空調システムに関する基礎研究},
 volume = {42},
 year = {2013},
 yomi = {コガ, ユウキ and ササキ, ジン and カワサキ, ヨシヒト and タシマ, ダイスケ and ハヤシ, ノリユキ and ササキ, ジン and カワサキ, ヨシヒト}
}