H-47 氷蓄熱式空調方式における熱搬送システムの動力削減に関する研究 : (その4) 貯氷タンクの高密度貯氷と取り出しIPF決定要因

概要

論文の詳細を見る
Installing the ice-mass rotating device, the experiments to store slush ice to the ice storage tank were conducted by changing the flow rates and its entering IPF. Also the experiments to measure the IPF of ice/water extracted from the ice storage tank were conducted by changing the conditions of waterwheel driving flow rate and upper ejecting flow rates. Electrical resistance methods were adopted to measure the IPF in the tube flow and total weights of ice stored to and extracted from the ice storage tank were calculated. It was obtained that the conditions of high flow rates and high entering IPF were preferable to store slush ice to the ice storage tank in high density. The relation between the IPF of ice/water extracted from the ice storage tank and supplying flow conditions were obtained.
社団法人空気調和・衛生工学会の論文
2005-07-25