论文标题
介电纳米层的结合分解形成了约瑟夫森桥
Combined breakdown of a dielectric nanolayer to form a Josephson bridge
论文作者
论文摘要
在直流电流和电容器放电电流的合并作用下，膜电极之间的介电纳米层的电瓦使人可以形成约瑟夫森桥，可重复的电阻超过1Ω。在电气故障期间形成桥梁的一个新功能，在此之前，已经发现了一系列的介电纳米层的初步分解（自动故障）。讨论了该过程的机理以及阴极膜在桥形成中的厚度的作用。
Electrical breakdown of a dielectric nanolayer between film electrodes under the combined action of direct current and capacitor discharge current makes it possible to form Josephson bridges with a reproducible resistance exceeding 1 Ω. A new feature of the formation of a bridge during electrical breakdown, which is preceded by a series of preliminary breakdowns (auto breakdowns) of a dielectric nanolayer, has been discovered. The mechanism of the process and the role of the thickness of the cathode film in the formation of the bridge are discussed.
