蒸気動力の熱流動技術の発展と気液二相流工学の関係 : 工学と技術の相互作用の一例 (新編集方針に基づく論文)

概要

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The relationship between the progress of thermal-hydraulic technology in steam power plants, including nuclear power plants and the development of gas-liquid two-phase flow research is discussed. Firstly, the transition of the type of boilers and nuclear reactors in Japan is described as the typical tendency of the progress of the steam power plant. The transition is discussed from the viewpoint of the water circulation in boilers and nuclear reactors. Secondly, the brief history of gas-liquid two-phase flow research is introduced. The two-phase flow research was induced by the necessity of water circulation calculation in water tube boilers. Therefore, the development of two-phase flow research is strongly related to the prgress of the steam power plant. Finally, the interaction between the steam power plant technology and "two-phase flow science and engineering" is discussed.
1991-10-25