首页> 外国专利> DEVICE FOR FORMING FILM BY SPUTTERING WITH HIGH-VELOCITY ATOM BEAM AND PRODUCTION OF FUNCTIONALLY GRADIENT THIN FILM

DEVICE FOR FORMING FILM BY SPUTTERING WITH HIGH-VELOCITY ATOM BEAM AND PRODUCTION OF FUNCTIONALLY GRADIENT THIN FILM

机译:通过用高速原子束溅射形成膜并生产功能性梯度薄膜的装置

摘要

PURPOSE: To provide a device capable of producing functionally gradient thin films which are easily realizable, are low in production costs, facilitate utilization of insulator targets and allow free selection of the combinations of compsns. and a method for film formation using this device. ;CONSTITUTION: This device is constituted to form the films by irradiating the targets with high-velocity atom beams in a vacuum and depositing the sputtered particles released from these targets on a substrate. The device described above is provided with plural high-velocity atom beam generating sources 25, 27, is arranged with the targets 33, 35 on the cources of the high-velocity atom beams 26, 28 generated from the respective high-velocity atom beam generating sources 25, 27 respectively and is arranged with the substrate 13 to be deposited with the sputtered particles 34, 36 released from the plural targets 33, 35. The respective high-velocity atom beam generating sources 25, 27 are provided with the plural shutter mechanisms 31, 32 which can independently shut off the respective high-velocity atom beams near the ports of these sources where the high-velocity atom beams 26, 28 are generated. These shutter mechanisms 31, 32 are capable of making frequent and rapid opening and closing actions.;COPYRIGHT: (C)1995,JPO
机译:目的:提供一种装置,该装置能够生产易于实现的功能梯度薄膜,生产成本低,便于利用绝缘体靶材,并允许自由选择组合组件。以及使用该装置进行成膜的方法。 ;组成:该装置构成为通过在真空中用高速原子束照射靶并将从这些靶释放的溅射颗粒沉积在基板上来形成膜。上述装置具有多个高速原子束产生源25、27,在由各自的高速原子束产生所产生的高速原子束26、28的曲线上配置有靶33、35。原子源25、27分别与基板13一起布置,以沉积从多个靶33、35释放的溅射粒子34、36。各个高速原子束产生源25、27具有多个快门机构。可以独立地关闭在产生高原子束26、28的这些源的端口附近的各个高原子束的图31、32。这些百叶窗机构31、32能够频繁且快速地进行开闭动作。版权所有:(C)1995,日本特许厅

著录项

  • 公开/公告号JPH0711436A

    专利类型

  • 公开/公告日1995-01-13

    原文格式PDF

  • 申请/专利权人 EBARA CORP;

    申请/专利号JP19930179933

  • 申请日1993-06-25

  • 分类号C23C14/34;C23C14/06;

  • 国家 JP

  • 入库时间 2022-08-22 04:26:51

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