Un nouveau type de marches de courant a été observé dans la caractéristique courant-tension d'une jonction tunnel Josephson large comportant un réseau de vortex en mouvement. Ces marches correspondent à la relation ∂ω0∂β0 = τ/n (n = 2, 3 et 4) où ω0 et β0 sont la fréquence et la constante de phase associées au réseau de vortex et [MATH] la vélocité des ondes électromagnétiques dans la jonction.A new type of current-steps corresponding to a relation ∂ω0/∂β0 = [MATH]/n (n = 2, 3 et 4) has been observed in dc current-voltage characteristics of a large Josephson tunnel junction with a moving vortex array, where ω0 and β0 are fundamental components of the frequency and the phase constant associated with the moving vortex array, respectively, and...
Current-voltage characteristics of triple-barrier Josephson junctions are analytically and numerical...
A novel circuit is described which functions as an electronic analog of lumped element transmission ...
This review provides a theoretical basis for understanding the current-phase relation (CPhiR) for th...
The fundamental frequency of emitted radiation from a Josephson tunnel junction biased on a « zero-f...
Journal ArticleLarge constant voltage current-steps were observed in the IV-characteristics of long ...
The equation of motion for a local Josephson junction will be solved assuming a current phase relati...
The equation of motion for a local Josephson junction will be solved assuming a current phase relati...
The J(ϕ) relation in SFIFS, SNINS, and SIS tunnel junctions is studied. A method for the analytical ...
A novel second-order partial differential equation that describes the phase dynamics in the long Jos...
Journal ArticleStudies of long NbN Josephson junctions of the overlap type in the presence of an ext...
Contains fulltext : 168415.pdf (publisher's version ) (Open Access
The modern primary voltage standard is based on the AC Josephson effect and the ensuing Shapiro step...
In this thesis, we present current-phase relation (CPR) study of S-TI-S lateral Josephson junction (...
Current-voltage characteristics of triple-barrier Josephson junctions are analytically and numerical...
A novel circuit is described which functions as an electronic analog of lumped element transmission ...
Current-voltage characteristics of triple-barrier Josephson junctions are analytically and numerical...
A novel circuit is described which functions as an electronic analog of lumped element transmission ...
This review provides a theoretical basis for understanding the current-phase relation (CPhiR) for th...
The fundamental frequency of emitted radiation from a Josephson tunnel junction biased on a « zero-f...
Journal ArticleLarge constant voltage current-steps were observed in the IV-characteristics of long ...
The equation of motion for a local Josephson junction will be solved assuming a current phase relati...
The equation of motion for a local Josephson junction will be solved assuming a current phase relati...
The J(ϕ) relation in SFIFS, SNINS, and SIS tunnel junctions is studied. A method for the analytical ...
A novel second-order partial differential equation that describes the phase dynamics in the long Jos...
Journal ArticleStudies of long NbN Josephson junctions of the overlap type in the presence of an ext...
Contains fulltext : 168415.pdf (publisher's version ) (Open Access
The modern primary voltage standard is based on the AC Josephson effect and the ensuing Shapiro step...
In this thesis, we present current-phase relation (CPR) study of S-TI-S lateral Josephson junction (...
Current-voltage characteristics of triple-barrier Josephson junctions are analytically and numerical...
A novel circuit is described which functions as an electronic analog of lumped element transmission ...
Current-voltage characteristics of triple-barrier Josephson junctions are analytically and numerical...
A novel circuit is described which functions as an electronic analog of lumped element transmission ...
This review provides a theoretical basis for understanding the current-phase relation (CPhiR) for th...