MWSを構成する縦型流下膜式蒸発缶においては伝熱管内で供給水の一部が蒸

MWSを構成する縦型流下膜式蒸発缶においては伝熱管内で供給水の一部が蒸発し、管末端に至る間に蒸気が生成される。更に、蒸発しなかった供給水（飽和水とも呼ぶ）が蒸発缶底部に落下し、一時的に滞留する。その後、蒸発室の有効高さによる蒸気流の影響を受け、飽和水の一部が巻き上げられ飛沫同伴される場合がある

結果 (英語) 1:

Steam is generated during evaporation and part of the water supply in transfer heat tube in vertical falling film type evaporator configure MWS, everywhere on the tube end. (Also referred to as the saturated water) water supply did not evaporate, fall on the bottom of evaporator can, to stay temporarily. Afterwards, susceptible to valid height of the evaporation Chamber steam flow, and winding some of the saturated water entrainment will be if there is

結果 (英語) 2:

In a vertical falling-film evaporator which constitutes the MWS evaporates some of the feed water in the heat transfer tube, steam is generated while leading to the tube end. Furthermore, not evaporated feed water (also referred to as saturated water) is dropped into evaporator bottom, temporarily staying. Then, under the influence of the vapor flow by effective height of the evaporation chamber, there is a case where a part of the saturated water is rolled up entrained

結果 (英語) 3:

In the vertical falling film type evaporator constituting a part of the supply MWS water evaporation in the heat transfer tube, tube end to generate steam. In addition, the supply of water is not evaporated (also referred to as the saturated water vapor can drop to the bottom of the temporary residence. Subsequently, the steam flow influenced by the effective height of the evaporation chamber, a part of the water saturation is wound up with a splash