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    • 2. 发明授权
    • Maintaining interatomic distance between an STM probe and a recording
layer
    • 保持STM探头和记录层之间的原子间距离
    • US5812516A
    • 1998-09-22
    • US475465
    • 1995-06-07
    • Hiroyasu NoseToshimitsu KawaseAkihiko Yamano
    • Hiroyasu NoseToshimitsu KawaseAkihiko Yamano
    • G01Q90/00G06K17/00G01Q60/24G01Q80/00G11B9/00G11B9/14
    • B82Y10/00G11B9/14G11B9/1445Y10S977/851
    • An information recording system includes a recording medium, and a probe electrode provided at a location opposed to the recording surface of the recording medium. The probe electrode is capable of recording on the recording medium by application of a voltage between the probe electrode and the recording medium. An elastic member supports the probe electrode for motion relative to a base member arranged perpendicular to the recording surface. The distance between the recording surface and the probe electrode is adjustable by a mechanism provided for that purpose. The displacement of the probe electrode caused by an interatomic force acting between the recording medium and the probe electrode is detected, and a displacement signal based on the detected displacement is output. A control circuit feeds back the displacement signal so that the probe electrode can move back to its original position.
    • 信息记录系统包括记录介质和设置在与记录介质的记录表面相对的位置处的探针电极。 探针电极能够通过在探针电极和记录介质之间施加电压而在记录介质上进行记录。 弹性构件支撑探针电极,用于相对于垂直于记录表面布置的基底构件的运动。 记录表面和探针电极之间的距离可通过为此目的提供的机构来调节。 检测由作用在记录介质和探针电极之间的原子间力引起的探针电极的位移,并且输出基于检测到的位移的位移信号。 控制电路反馈位移信号,使得探针电极可以移回到其原始位置。