電磁場加熱による突沸時の噴き零れ挙動の可視化観測(<特集>第14回動力・エネルギー技術シンポジウム)

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  • Visualization on Boiling Behavior of Solution by Microwave Heating(<Special Issue>The 14th National Symposium on Power and Energy System)
  • 電磁場加熱による突沸時の噴き零れ挙動の可視化観測
  • デンジバ カネツ ニ ヨル トップツジ ノ フキコボレ キョドウ ノ カシカ カンソク

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At present, several programs for mass production of MOX bulk are on going. The MOX bulk is the capacity of the container to be used to generate MOX fuel. One of them is the selection of the vessel configuration for efficient evaporation of large amount of solution. Two types of vessel as shallow and cylindrical, are under examinations. The shallow vessel has been successfully cleared examinations in moderate running with no spouting, but the amount of products per batch is rather small. On the other hand, the cylindrical vessel is newly proposed with the intent of increasing the production capacity per batch, but has flushing the solution from the top of the vessel by the Microwave Heating (MH). Elucidation on the mechanism of dynamic behavior of the flushing and spilling is our purpose of the study. It was started from designing a equipment which imitated the practical setup for microwave heating. A visualized observation was conducted to clarify the mechanism of dynamic behavior on the sudden nucleation of the solution in the tall cylindrical vessel under MH. The experiment was continued by changing the height and the shape in order to perform an effect evaluation of the size and the shape of vessel.

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