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    • 4. 发明授权
    • Superconducting device
    • 超导装置
    • US5126801A
    • 1992-06-30
    • US412201
    • 1989-09-25
    • Toshikazu NishinoMutsuko MiyakeUshio KawabeYutaka HaradaMasaaki AokiMikio Hirano
    • Toshikazu NishinoMutsuko MiyakeUshio KawabeYutaka HaradaMasaaki AokiMikio Hirano
    • H01L21/82H01L39/22
    • H01L39/228H01L21/82
    • A pair of superconducting electrodes are so formed as to interpose a semiconductor therebetween, and a control electrode is formed on the semiconductor through an insulator film so as to control the superconductive weak coupling state in the semiconductor between the superconducting electrodes. The distance between the superconducting electrodes is determined by the thickness of the superconductor interposed between the two electrodes, whereby the interelectrode distance is settled with a high precision to improve the uniformity of the device characteristic. In an arrangement where two superconducting electrodes are formed on a semiconductor layer and the superconductive weak coupling state between such two electrodes is controlled by a third electrode, the gain is incredible by furnishing a varied impurity distribution in the semiconductor layer.
    • 一对超导电极形成为在其间插入半导体,并且通过绝缘膜在半导体上形成控制电极,以便控制超导电极之间的半导体中的超导弱耦合状态。 超导电极之间的距离由插入在两个电极之间的超导体的厚度决定,从而以高精度稳定电极间距离,以提高器件特性的均匀性。 在半导体层上形成两个超导电极并且在这两个电极之间的超导弱耦合状态由第三电极控制的布置中,通过在半导体层中提供不同的杂质分布,增益是令人难以置信的。
    • 7. 发明授权
    • Superconducting device
    • 超导装置
    • US4884111A
    • 1989-11-28
    • US073408
    • 1987-07-13
    • Toshikazu NishinoMutsuko MiyakeUshio KawabeYutaka HaradaMasaaki AokiMikio Hirano
    • Toshikazu NishinoMutsuko MiyakeUshio KawabeYutaka HaradaMasaaki AokiMikio Hirano
    • H01L21/82H01L39/22
    • H01L39/228H01L21/82
    • A pair of superconducting electrodes are so formed as to interpose a smeiconductor therebetween, and a control electrode is formed on the seimiconductor through an insulator film so as to control the superconductive weak coupling state in the semiconductor between the superconducting electrodes. The distance between the superconducting electrodes is determined by the thickness of the superconductor interposed between the two electrodes, whereby the interelectrode distance is settled with a high precision to improve the uniformity of the device characteristic.And in an arrangement where two superconducting electrodes are formed on a semiconductor layer and the superconductive weak coupling state between such two electrodes is controlled by a third electrode, the gain is increadable by furnishing a varied impurity distribution in the semiconductor layer.
    • 一对超导电极形成为在其间插入半导体,并且通过绝缘膜在半导体上形成控制电极,以便控制超导电极之间的半导体中的超导弱耦合状态。 超导电极之间的距离由插入在两个电极之间的超导体的厚度决定,从而以高精度稳定电极间距离,以提高器件特性的均匀性。 并且在半导体层上形成两个超导电极并且在这两个电极之间的超导弱耦合状态由第三电极控制的布置中,通过在半导体层中提供不同的杂质分布来增加增益。
    • 10. 发明授权
    • Superconducting device
    • 超导装置
    • US5311036A
    • 1994-05-10
    • US875431
    • 1992-04-29
    • Toshikazu NishinoMutsuko MiyakeUshio KawabeYutaka HaradaMasaaki AokiMikio Hirano
    • Toshikazu NishinoMutsuko MiyakeUshio KawabeYutaka HaradaMasaaki AokiMikio Hirano
    • H01L21/82H01L39/22
    • H01L39/228H01L21/82
    • A pair of superconducting electrodes are so formed as to interpose a semiconductor therebetween, and a control electrode is formed on the semiconductor through an insulator film so as to control the superconductive weak coupling state in the semiconductor between the superconducting electrodes. The distance between the superconducting electrodes is determined by the thickness of the superconductor interposed between the two electrodes, whereby the interelectrode distance is settled with a high precision to improve the uniformity of the device characteristic.And in an arrangement where two superconducting electrodes are formed on a semiconductor layer and the superconductive weak coupling state between such two electrodes is controlled by a third electrode, the gain is increadable by furnishing a varied impurity distribution in the semiconductor layer.
    • 一对超导电极形成为在其间插入半导体,并且通过绝缘膜在半导体上形成控制电极,以便控制超导电极之间的半导体中的超导弱耦合状态。 超导电极之间的距离由插入在两个电极之间的超导体的厚度决定,从而以高精度稳定电极间距离,以提高器件特性的均匀性。 并且在半导体层上形成两个超导电极并且在这两个电极之间的超导弱耦合状态由第三电极控制的布置中,通过在半导体层中提供不同的杂质分布来增加增益。