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Plate fin-type gas-liquid two-phase flow heat exchanger

机译:板翅式气液两相流换热器

摘要

(57) Abstract Objective The homogeneous vapor-liquid quarter-phase fluid is obtained inside the aisle with the fact thatComing, the strength which at the same time the plate fin die heat exchanger has lossThe plate fin die vapor-liquid quarters-phase current which consist of the configuration which does not have u thingOffer of heat exchanger. Constitution On vapor-liquid quarter-phase fluid channel, from top distribution fin,Passing by the heat transfer fin, the vapor phase fluid flows down, gangway widthIt crosses in direction at position of the grooved bar 10 which, the vapor phase fluid the leadThe occasion where the perforation hole 12 of Nogata direction is passed, liquid phase fluid entrance hetsuInflow from datanku 6 the liquid phase fluid the horizontal direction channel 1Passing the many communication hole 13 from 1, the vapor phase fluid it is mixed,To flow down, inside the aisle the homogeneous vapor-liquid quarter-phase fluid easily profitru. Advantages As for grooved bar fin of aisle, plate, rhinocerosdoba the wax you attach as one unit and are jointed and structural strength is high high tensionBe able to use for also the fluid, when the abundant liquid phase fluid is injected, oneTo be treatment possible with the grooved bar of the manual, vertically and equally amountVis-a-vis the vapor phase fluid or the liquid phase fluid which is allotted directly, the liquid phases currentIn order it injects to mix the body or vapor phase fluid, homogeneity of vapor-liquid quarter-phaseIt can achieve mixture securely.
机译:(57)<摘要> <目的>在过道内获得均匀的气液四分相流体,这是因为,翅片式换热器同时损失了强度。相电流由无热交换器的配置构成。 <构成>在气液四分相流体通道上,从顶部散热片开始,经过传热翅片,气态流体向下流动,舷梯宽度在槽形杆10的位置交叉,气态流体导通的地方永田方向的穿孔12的场合,液相流体的入口hetsu从datanku 6流入液相流体的水平方向通道1从1穿过多个连通孔13,将其混合的气相流体向下流在过道内,均匀的气液四分相流体很容易获利。 <优点>通道,平板,犀牛的沟纹翅片作为一个整体附着并结合在一起,结构强度高,高张力也可用于流体,当注入丰富的液相流体时,一个可以使用手册中的带槽杆进行垂直垂直等量的处理,相对于汽相流体或直接分配的液相流体,液相电流为了注入混合体或汽相流体,均质性气液四分相可以安全地实现混合。

著录项

  • 公开/公告号JP2538486Y2

    专利类型

  • 公开/公告日1997-06-18

    原文格式PDF

  • 申请/专利权人 住友精密工業株式会社;

    申请/专利号JP19930026466U

  • 发明设计人 岡田 栄;中本 靖二;

    申请日1993-04-21

  • 分类号F28F9/00;F28F9/22;

  • 国家 JP

  • 入库时间 2022-08-22 03:31:38

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