DETECTOR FOR SUBMILLIMETER WAVELENGTH RANGE ON THE BASIS OF THE MAN-MADE MATERIALS
Abstract
The uncooled high-performance bolometric detector based on an array of planar resonant elements, located on the double-threaded spiral trajectory in a strictly geometrical order, with microand nanoscales is developed. It is shown that the proposed detector for submillimeter wavelength range can reach the reflection losses of –26,4 dB, the standing wave ratio of 1,1 and conversion efficiency of ~ 98 %.
About the Authors
A. K. EsmanBelarus
V. A. Potachits
Belarus
G. L. Kuleshov
Belarus
V. K. Zykov
Belarus
References
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Review
For citations:
Esman A.K., Potachits V.A., Kuleshov G.L., Zykov V.K. DETECTOR FOR SUBMILLIMETER WAVELENGTH RANGE ON THE BASIS OF THE MAN-MADE MATERIALS. Devices and Methods of Measurements. 2015;6(1):5-9. (In Russ.)