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    • 1. 发明授权
    • Thin film forming method
    • 薄膜成型方法
    • US5540820A
    • 1996-07-30
    • US76691
    • 1993-06-15
    • Masatomo TerakadoShinji SasakiHiroshi Saito
    • Masatomo TerakadoShinji SasakiHiroshi Saito
    • C23C14/14C23C14/34C23C14/35H01L21/3205H01L21/768
    • C23C14/14C23C14/345C23C14/35H01L21/76838
    • A method of forming a thin film by a bias sputtering method using a first target made of a refractory metal mainly composed of W and a second target made of a conductive material mainly composed of a low-melting-point metal which comprises, upon sputtering the first target made of the refractory metal mainly composed of W, decreasing high energy particles incident to a substrate in a state where a desired bias voltage is applied to a substrate thereby forming a thin film of the refractory metal mainly composed of W with low resistivity and less stress and, subsequently, upon sputtering the second target made of the conductive material mainly composed of the low-melting-point metal, accelerating the growth of crystals in a state where a desired voltage is applied to a substrate thereby forming in lamination a thin film of the conductive material mainly composed of the low-melting-point metal with a large crystal grain size on the thin film made of the refractory metal mainly composed of W.
    • 通过使用由主要由W构成的难熔金属制成的第一靶和由主要由低熔点金属构成的导电性材料构成的第二靶的偏压法形成薄膜的方法,其特征在于, 由主要由W组成的难熔金属制成的第一靶,在将基板上施加期望的偏置电压的状态下降低入射到基板的高能粒子,从而形成主要由低电阻率的W构成的难熔金属的薄膜, 并且随后在溅射由主要由低熔点金属构成的导电材料制成的第二靶时,在所需电压施加到基板上的状态下加速晶体的生长,从而形成薄层 主要由难熔金属制成的薄膜上的主要由低熔点金属构成的导电材料薄膜主要由 W.
    • 5. 发明申请
    • Information Processing Device For Identifying The Type Of Recording Medium And Method For Forming Area On Recording Medium Executed In Information Processing Device
    • 用于识别记录介质类型的信息处理设备和在信息处理设备中执行的记录介质上的形成区域的方法
    • US20070201321A1
    • 2007-08-30
    • US10597224
    • 2005-01-18
    • Shinji Sasaki
    • Shinji Sasaki
    • G11B7/00
    • G11B19/12G11B20/10G11B20/12G11B20/18
    • Different formats, whose defect management methods differ based on the presence or absence of a cartridge, are adopted for information storage media having the same physical characteristics. An information processing apparatus is capable of mounting a storage medium having a data recording area. The data recording area includes a user area to which logical addresses are allocated in accordance with recording units. The information processing apparatus includes: a determination section for, based on physical characteristics of the mounted storage medium, determining which one of a first storage medium accommodated in a cartridge and a second storage medium not accommodated in a cartridge has been mounted; a processor for, based on a result of determination, giving an instruction that, when the second storage medium has been mounted, the data recording area be formed as the user area and a spare area, and giving an instruction that, when the first storage medium has been mounted, all area of the data recording area be formed as the user area; and a recording section for, based on the instruction, forming the user area and/or the spare area in the data recording area of the mount storage medium. The spare area is to be used as a substitute if a defect exists in a recording unit of the user area.
    • 对于具有相同物理特性的信息存储介质,采用不同格式的缺陷管理方式根据盒的存在或不存在而不同。 信息处理装置能够安装具有数据记录区域的存储介质。 数据记录区域包括根据记录单元向其分配逻辑地址的用户区域。 所述信息处理装置包括:确定部,其基于所安装的存储介质的物理特性,确定容纳在盒中的第一存储介质中的哪一个和未容纳在盒中的第二存储介质中的哪一个已经被安装; 一种处理器,用于基于确定结果,给出当第二存储介质已被安装时数据记录区域被形成为用户区域和备用区域的指令,并给出当第一存储器 介质已经安装,数据记录区域的所有区域都形成用户区域; 以及记录部分,用于根据该指令在安装存储介质的数据记录区域中形成用户区域和/或备用区域。 如果在用户区域的记录单元中存在缺陷,备用区域将被用作替代。