Josephson tunnel junctions are well known as low temperature electronics devices. However, they are also important as very powerful sensors. A novel class of sensors is constituted by radiation detectors based on superconducting tunnel junctions, which could lead in next future to an advanced instrumentation with an interesting applicative future. So far this area is restricted to low-temperature superconductors Several superconducting materials have been considered, Among them, Niobium is very attractive because of its highest critical temperature T-c
X-ray response of Nb-based superconducting tunnel junction
1998
Abstract
Josephson tunnel junctions are well known as low temperature electronics devices. However, they are also important as very powerful sensors. A novel class of sensors is constituted by radiation detectors based on superconducting tunnel junctions, which could lead in next future to an advanced instrumentation with an interesting applicative future. So far this area is restricted to low-temperature superconductors Several superconducting materials have been considered, Among them, Niobium is very attractive because of its highest critical temperature T-cFile in questo prodotto:
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