2 article(s) from Chiginev, Alexander V
Figure 1: The front part and the constriction of the back-to-back horn of the LSPE-SWIPE receiving system [3] us...
Figure 2: The mode composition of the electromagnetic field in the constriction of a bidirectional horn as a ...
Figure 3: Receiving system of the LSPE-SWIPE145 GHz main channel. a) A quarter of receiving cells matrix on t...
Figure 4: Frequency response of the LSPE-SWIPE 145 GHz main frequency channel.
Figure 5: a) Receiving cell array based on bow-tie antennas; half of the 7 mm plate on the left are 210 GHz a...
Figure 6: Frequency response of a matrix of receiving cells based on bow-tie antennas for 210 GHz and 240 GHz...
Figure 7: NEP estimations for the 145 GHz channel with 11 pW power load. Dashed curves are for 44 SINS CEBs; ...
Figure 8: NEP estimations for the 210 GHz channel with 12.4 pW power load. Dashed curves are for 44 SINS CEBs...
Figure 9: NEP estimations for the 240 GHz channel with 16 pW power load. Dashed curves are for 44 SINS CEBs; ...
Figure 1: (a–c) Three log-periodic antennas of various geometries; (d) system with a lens (d) and (e) beam pa...
Figure 2: Normalized level of absorbed power in the port for the three antenna geometries in Figure 1.
Figure 3: Geometry of log-periodic antennas with a meander series of Josephson YBaCuO grain boundary junction...
Figure 4: Integral absorbed power for two different cases. Black curve: a single port in an antenna; blue cur...
Figure 5: Left: circuit schematic of JJs in a series array interacting via a common RLC load. Right: current–...
Figure 6: (a) Response ΔV versus dc current I for different MW signals, from bottom to top: PMW = 5, 20, 40, ...
Figure 7: (a) IVCs for different numbers of JJs from one to eleven under a MW signal with power PMW = 3 μW an...