Superconducting Tunnel Junction Mixer . For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v).
from www.researchgate.net
Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance.
(PDF) Theoretical Simulation of the Mixing Performance of Distributed
Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v).
From www.researchgate.net
Dependence of superconducting diode effect on tunnel gate voltage Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
Figure 1 from A multichannel superconducting tunnel junction detector Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Superconducting Tunnel Junction Mixer.
From www.slideserve.com
PPT Search for Cosmic Background Neutrino Decay PowerPoint Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
A SEM picture of the mixer chip. The two vertical slots in the Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
(PDF) Superconducting tunnel junctions with layered superconductors Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.mdpi.com
Applied Sciences Free FullText HighTc Superconducting Josephson Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
Figure 2 from Noise and conversion performance of a highT c Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
A SEM image of an 850 GHz mixer. The components of the mixer labeled in Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Superconducting Tunnel Junction Mixer.
From www.researchgate.net
23 Two examples of use of CPP configuration. Left superconducting Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
Superconducting tunnel junction thermometer characteristics. (a Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.academia.edu
(PDF) Low‐noise 1 THz niobium superconducting tunnel junction mixer Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From studylib.net
SIS mixers Astrophysics Group Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
(PDF) Theoretical Simulation of the Mixing Performance of Distributed Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Superconducting Tunnel Junction Mixer.
From www.researchgate.net
Dual tunneling processes for a quantum fluxon (that tunnels through a Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.youtube.com
Superconducting tunnel junctionsJosephson effect1 YouTube Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
Transverse rectification of the superconducting tunnel diode a Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From cpb.iphy.ac.cn
Characteristics of Nb/Al superconducting tunnel junctions fabricated Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
Figure 2 from Progress on Characterization with Integrated Test Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
(PDF) A Superconducting ColdElectron Bolometer with SIS’ and Josephson Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
(PDF) OnChip Cooling by Heating with Superconducting Tunnel Junctions Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
Figure 1 from Superconducting Altrilayer tunnel junctions for use as X Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
Schematics of (a) a superconducting tunnel junction in 100pixel array Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Superconducting Tunnel Junction Mixer.
From typeset.io
(PDF) Lownoise 1 THz niobium superconducting tunnel junction mixer Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
Figure 1 from Highperformance electronic cooling with superconducting Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
(PDF) Quasiparticletuned superconducting mixer Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
(PDF) Photon‐assisted tunneling in double‐barrier superconducting Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From slideplayer.com
Development of Superconducting Tunnel Junction Detectors as a far Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Superconducting Tunnel Junction Mixer.
From www.researchgate.net
2D NbSe 2 superconductor tunnel junction. a, Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.mdpi.com
Applied Sciences Free FullText HighTc Superconducting Josephson Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
Figure 1 from Etching suspended superconducting tunnel junctions from a Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
Schematic block diagram of the twinslot, twojunction mixer circuit Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.researchgate.net
Schematics of (a) a superconducting tunnel junction in 100pixel array Superconducting Tunnel Junction Mixer The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
Figure 1 from A hightemperature superconducting stepedge Josephson Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
[PDF] A Superconducting Mixer Tuned by the Quantum Susceptance Superconducting Tunnel Junction Mixer For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Superconducting Tunnel Junction Mixer.
From www.semanticscholar.org
Figure 1 from The Influence of LO Power Heating of the Tunnel Junction Superconducting Tunnel Junction Mixer Examples of superconducting tunnel junctions (stjs) based on layered superconductors have been demonstrated to. For sis mixers, this translates into objective to employsuperconducting tunnel junctions with very low rna and low specific capacitance. The cu/eus/al tunnel junction achieves a large rectification (up to ∼ 40%) already for a small voltage bias (∼ 200 μ v). Superconducting Tunnel Junction Mixer.
