open access

https://hdl.handle.net/2115/50480

DEVELOPMENT OF A DEVICE FOR MOISTURE-ABSORBENT DEHUMIDIFYING AND HEAT-EXCHANGING VENTILATION BY USING THE DIATOMATE SOAKED IN CaCl_2 SOLUTION : Production of grains made from diatomate, and performance of moisture-absorbent of small balls formed out of the grains

日本語

平衡含水率曲線

2003-03-30

日本建築学会

Transactions of AIJ. Journal of architecture, planning and environmental engineering

565

25-31

In cold resion like Hokkaido, well-insulated and high air-tightened houses are supplied and have made indoor climate comfortable in winter by a little expense. However, a few of the house unfortunately require the real air-conditioning system in summer. So the new air-conditioning system must be developed considering well-insulated and high air-tightened conditions. In this report, the characteristics of moisture-absorbent of the diatomate used for the new air conditioning system are discussed. Powder of the diatomate is made into grains (diameter: 8mm) by a machine. After that, the grains are baked. Small balls (diameter: 45mm) are made from the grains, those as moisture-absorbent materials are used for the cells of the dehumidifying device. The gross moisture conductivity (GMC) of a small ball is measured in case of two conditions. (1) GMC of small ball not soaked in CaCl_2 solution is 0.45^*10^<-4> [kg/m・s(kg/kg')]. (2) GMC of small ball soaked in CaCl_2 solution is 1.5^*10^<-4>[kg/m・s(kg/kg')].

学術雑誌論文

Version of Record

日本建築学会、本文データは学協会の許諾に基づきCiNiiから複製したものである

1340-4210

AN10438548