首页> 外国专利> FREEZING DEVICE, FROZEN BODY MANUFACTURING DEVICE, GAS COMPONENT CONCENTRATION MEASURING DEVICE, FROZEN BODY MANUFACTURING METHOD, AND GAS COMPONENT CONCENTRATION MEASURING METHOD

FREEZING DEVICE, FROZEN BODY MANUFACTURING DEVICE, GAS COMPONENT CONCENTRATION MEASURING DEVICE, FROZEN BODY MANUFACTURING METHOD, AND GAS COMPONENT CONCENTRATION MEASURING METHOD

机译:冻结装置,冻结体制造装置,气体成分浓度测定装置,冻结体制造方法以及气体成分浓度测定方法

摘要

To provide a technology capable of obtaining a frost of satisfactory anisotropy.SOLUTION: A freezing device 200 comprises: a container structure 210 in which a gas dispersion liquid LB containing a liquid and a gas component dispersed in the liquid is accommodated; and a cooling device 220 which cools the container structure 210, such that the gas dispersion liquid LB accommodated in the container structure 210 is frozen and defined as a frozen body FB. The gas dispersion liquid LB is frozen at such a cooling speed that multiple gas columns GC each of which a columnar cavity consisting of the gas component are formed inside of the frozen body FB by the cooling device 220. In the process of freezing the gas dispersion liquid LB, among directions of flows of heat from the gas dispersion liquid LB to the container structure 210, a flow of heat in one axial direction is generated preferentially, thereby forming the frozen body FB in which the multiple gas columns GC are made closer to each other in parallel so as to be turned in the one axial direction.SELECTED DRAWING: Figure 1
机译:提供一种能够获得令人满意的各向异性的霜的技术。冷冻装置200包括:容器结构210,其中容纳有包含液体和分散在液体中的气体成分的气体分散液LB;冷却装置220对容器结构210进行冷却,以使容纳在容器结构210中的气体分散液LB被冷冻并被定义为冷冻体FB。气体分散液LB以冷却速度被冷冻,使得通过冷却装置220在冷冻体FB的内部形成多个气体柱GC,每个气体柱GC均由气体成分组成的柱状腔。液体LB中,在从气体分散液体LB到容器结构210的热的流动方向中,优先产生一个轴向的热流动,从而形成使多个气体塔GC接近的冷冻体FB。彼此平行以在一个轴向上旋转。选定的图纸:图1

著录项

  • 公开/公告号JP2019020030A

    专利类型

  • 公开/公告日2019-02-07

    原文格式PDF

  • 申请/专利权人 KAGOSHIMA UNIV;

    申请/专利号JP20170138221

  • 发明设计人 GOTO TAKASHI;

    申请日2017-07-14

  • 分类号F25C1/04;F25D15;

  • 国家 JP

  • 入库时间 2022-08-21 12:20:20

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