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MM and sub-MM properties of ramp-type Josephson junctions on MgO with STO buffer layers

机译:具有STO缓冲层的MgO上的斜坡型约瑟夫逊结的MM和亚MM特性

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We have successfully fabricated ramp-type junctions on MgO substrates using an SrTiO/sub 3/ (STO) buffer layer. The observed I/sub c/R/sub n/ product for the junctions on MgO with STO buffer layer were about 2 mV at 4.2 K and 0.1 mV at 60 K. The junctions clearly showed Shapiro steps under irradiation of MM-waves and sub-MM-waves. We observed Josephson emission at 50 GHz from a junction on a MgO substrate with STO buffer layer at 17 K. We have also confirmed mixing in the self-oscillating mode using MM-wave and sub-MM-wave signals.
机译:我们已经使用SrTiO / sub 3 /(STO)缓冲层在MgO基板上成功制造了斜面型结。在MgO上具有STO缓冲层的结点处观察到的I / sub c / R / sub n /乘积在4.2 K时约为2 mV,在60 K时约为0.1 mV。结点清楚地显示了在MM波和sub辐射下的Shapiro阶跃-MM波。我们在17 K处观察到了MgO衬底与STO缓冲层之间的接合处在50 GHz处的约瑟夫森发射。我们还证实了使用MM波和次MM波信号以自振荡模式进行的混合。

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