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Beilstein J. Nanotechnol. 2022, 13, 1578–1588, doi:10.3762/bjnano.13.132
Figure 1: (a, c) Layouts of the studied meander and linear arrays. The meander array in (a) contains seven me...
Figure 2: (a) Fraunhofer-type modulation of the critical current as a function of in-plane magnetic field for...
Figure 3: Ensembles of the I–V characteristics with different numbers of active JJs for the meander array at T...
Figure 4: (a) An integrated oscillogram for the linear array at T = 2.4 K and for an in-plane field H = 7 Oe....
Figure 5: (a) Parts of the V–I curves near the main resonance for the meander array with different number of ...
Figure 6: (a) Optical image of a superconducting detector with a log-periodic microwave antenna. (b) SEM imag...
Figure 7: (a, b) The I–V characteristics (integrated oscillograms) of the meander array acquired at (a) H = 8...
Figure 8: (a) Parts of the I–V characteristics of the meander array near the main resonance. (b) The main ste...
Figure 9: Detected power as a function of the number of active junctions for two modes from Figure 7b at bias currents...
Beilstein J. Nanotechnol. 2021, 12, 1392–1403, doi:10.3762/bjnano.12.103
Figure 1: Optical images of (a) a whisker and (b) a crystal-based device with similar electrode geometries. (...
Figure 2: Current–voltage characteristics of mesa structures on (a) whisker- and (b) crystal-based devices. (...
Figure 3: Heat transport in a whisker-based device without electrodes. (a) A sketch of the device and (b) a c...
Figure 4: Heat transport in a whisker-based device with an electrode. (a) A sketch of the device and (b) a cr...
Figure 5: Heat transport in a crystal-based device in vacuum (a) without electrodes, (b) with electrodes. The...
Figure 6: Simulated radiative properties at f = 1 THz for (a) crystal based device, (b) crystal-based device ...
Figure 7: Variation of radiative properties with increasing dielectric losses tan(δ) = 0 (top row), 1 (middle...