Cold crucible system and method for the meeting and crystallization of
non-metallic inorganic compounds
    1.
    发明授权
    Cold crucible system and method for the meeting and crystallization of non-metallic inorganic compounds 失效
    冷坩埚系统和非金属无机化合物的结晶方法

    公开(公告)号:US4609425A

    公开(公告)日:1986-09-02

    申请号:US606020

    申请日:1984-05-02

    Abstract: A cold crucible system and method for melting and crystallizing non-metallic inorganic compounds having a crucible, the side and the bottom of which are formed of metal pipes through which a cooling medium flows and independently excitable induction coils surrounding the side wall and the bottom of the crucible for coupling high energy into non-metallic inorganic compound present in said crucible and thus to melt said compound in said crucible, a member formed of an electrically conductive material and inert to any of said melt present in said crucible positioned at a distance above the bottom of the crucible and a container, opened at the top, lowered so as to project from the melt formed in the crucible, provided with apertures for the flow of the melt, and so positioned so as to contain up to 25% of the contents of the crucible.

    Abstract translation: 一种冷坩埚系统和熔融结晶非金属无机化合物的方法,所述无机化合物具有坩埚,所述坩埚的侧面和底部由金属管形成,所述金属管通过所述金属管形成,所述金属管通过所述金属管形成,所述金属管通过所述金属管形成,所述金属管围绕所述侧壁和底部 用于将高能量耦合到存在于所述坩埚中的非金属无机化合物并因此熔化所述坩埚中的所述化合物的坩埚,由导电材料形成的构件,并且位于所述坩埚中存在的任何所述熔体中,所述熔体位于所述坩埚 坩埚的底部和在顶部开口的容器下降,以便从形成在坩埚中的熔体突出设置有用于熔体流动的孔,并且定位成容纳高达25%的 坩埚的内容物

    Cold crucible for melting and crystallizing non-metallic inorganic
compounds
    2.
    发明授权
    Cold crucible for melting and crystallizing non-metallic inorganic compounds 失效
    用于熔化和结晶非金属无机化合物的冷坩埚

    公开(公告)号:US4687646A

    公开(公告)日:1987-08-18

    申请号:US606019

    申请日:1984-05-02

    CPC classification number: C30B11/003 H05B6/24

    Abstract: A cold crucible for melting and crystallizing non-metallic inorganic compounds having a cooled crucible wall in the form of metal pipes through which cooling medium flows which are in mechanical connection with the bottom of the crucible through which cooling medium also flows, and having an induction coil which surrounds the wall of the crucible and via which high frequency energy can be coupled in the contents of the crucible and having a second induction coil which can be controlled independently of the induction coil surrounding the wall of the crucible and which is provided below the bottom of the crucible, and having a crucible bottom consisting of a dielectric material.

    Abstract translation: 一种用于熔化和结晶非金属无机化合物的冷坩埚,其具有金属管形式的冷却坩埚壁,冷却介质流经冷却坩埚壁,其与冷却介质也流过的坩埚底部机械连接,并具有感应 线圈,其围绕坩埚的壁并且可以在坩埚的内容物中耦合高频能量并具有第二感应线圈,该第二感应线圈可以独立于围绕坩埚壁的感应线圈被控制,并且设置在坩埚的下方 并且具有由电介质材料构成的坩埚底部。

    Magnetic device having a monocrystalline garnet substrate bearing a
magnetic layer
    4.
    发明授权
    Magnetic device having a monocrystalline garnet substrate bearing a magnetic layer 失效
    具有带有磁性层的单晶石榴石基底的磁性装置

    公开(公告)号:US4379853A

    公开(公告)日:1983-04-12

    申请号:US168227

    申请日:1980-07-14

    CPC classification number: H01F10/28 C30B19/02 C30B19/12 C30B29/28 Y10S428/90

    Abstract: A magnetic device has a monocrystalline garnet substrate bearing a magnetic layer, in particular for use as information storage.Magmetic device having a monocrystalline substrate bearing a magnetic layer, with the substrate having a composition on the basis of rare earth metal gallium garnet of the general formula ##STR1## wherein A=gadolinium and/or smarium and/or neodym and/or yttriumB=calcium and/or strontiumC=magnesiumD=zirconium and/or tin and0

    Abstract translation: 磁性装置具有承载磁性层的单晶石榴石基底,特别用作信息存储。 具有带有磁性层的单晶衬底的光刻设备,其基底具有基于通式A3 + 3-xBx2 + Ga3 + 5-x-2yCy2 + D4 + x + yO12的稀土金属镓石榴石的组成, 其中A =钆和/或钐和/或钕和/或钇B =钙和/或锶C =镁D =锆和/或锡和0

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