STJ:超导隧道结
超导隧道结(Superconducting Tunnel Junction,简称STJ)是一种基于超导材料制备的关键电子器件,在凝聚态物理和量子技术领域具有广泛应用。该术语在学术及科研文献中常缩写为STJ,以便于高效书写与交流。STJ结构能够实现无损耗的电子隧穿效应,是研究超导机理、开发超灵敏探测器及量子计算元件的核心基础之一。
Superconducting Tunnel Junction具体释义
Superconducting Tunnel Junction的英文发音
例句
- Dc and rf current driven superconducting tunnel junction is investigated with the electronic simulator which correctly simulates all the currents through a superconducting tunnel junction.
- 本文利用全电流超导隧道结(STJ)电子模拟器研究了dc与rf电流激励超导隧道结(STJ)。
- Studies of periodic, subharmonic and chaos phenomena in the RF-BIASED superconducting tunnel junction
- rf-偏置超导隧道结(STJ)的周期次谐波和混沌现象研究
- Studies of the intermittent type chaos in AC and DC driven superconducting tunnel junction
- DC与AC激励超导隧道结(STJ)阵发性混沌研究
- We have studied the I ( V ) characteristics of a superconducting nonequilibrium tunnel junction using the kinetic equation approach. The theoretical calculations are in good agreement with the experimental results.
- 本文利用动力学方程研究了超导非平衡隧道结的I(V)特性,理论计算结果与双隧道结实验的测量结果能够很好符合。
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