量子响应高温超导薄膜红外探测器

基于超导探测器具有量子响应的实验论据，用量子理论导出高温超导薄膜探测器的，表明超导探测器的正比于超导薄膜长厚比的平方根，而与宽度无关。因此，采用超导薄膜（减小厚度），同时将薄膜光刻成弯曲线条或蛇形，增加其长度，将获得高Ｄ＊值的超导探测器。这是具有量子响应的超导探测器的重要结论。它为超导红外探测器的研制、设计提供了重要的理论依据。

High T_c Superconductive Quantum IR Detector

Based on the experimental results which show that supetconductive detectors have quantum response, an equation of the detector's detectivity is derived from quantum theory. It indicate that the detectivity is directly proportional to and has nothing to do with the detector film's width. This provides the basis for the development of IR superconductive detectors, and therefore is considered important.