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VOLUME 45 (1987) | ISSUE 4 | PAGE 184
Influence of the quantum effects on the dynamic resistance of tunnel junctions
The Josephson tunnel junctions which are shunted by a normal resistor and which have normal-phase regions near the barrier are examined. The action which describes these junctions contains two types of terms which characterize the viscosity: quadratic (Gaussian) terms and terms which are strongly nonlinear in the phase operators. The contribution to the dynamic resistance of the junction, which is due to the nonlinear (non-Gaussian) terms in the action, is calculated.