Dynamics of Josephson Junctions and CircuitsCRC Press, 1986 M08 11 - 614 páginas "This monograph is intended to give a relatively complete review of Josephson junction dynamics as it stands in the mid-1980's. The main idea of the author is to present the reader with as many useful results as possible by the simplest means, rather than to demonstrate theoretical muscle. This is why almost all the topics requiring elaborate techniques for their analysis are shifted to the ends of the chapters and the most complex chapters, to the end of the book. Topics which are of relatively minor importance for further discussion are mainly presented in the form of 'problems' at the end of the sections." -- from Preface. |
Contenido
Preface xiii | 7 |
INTRODUCTION | xxi |
Types and Models | 27 |
BASIC PROPERTIES OF A SINGLE JUNCTION | 63 |
The AC Josephson Effect | 87 |
QUANTUM INTERFERENCE IN JOSEPHSON | 151 |
The TwoJunction Interferometer | 188 |
Multijunction Interferometers and Distributed Structures | 225 |
Large Microwave Signals | 332 |
Microwave Interactions with External Systems | 376 |
Microwave Interactions of Josephson Junctions | 430 |
SUPPLEMENTARY CHAPTERS OF JOSEPHSON | 469 |
Josephson Vortex Dynamics | 505 |
Bloch Oscillations SET Oscillations What Comes Next? | 541 |
Conclusion | 566 |
| 598 | |
Términos y frases comunes
ac SQUID According amplitude Appl approximation array boundary calculations capacitance Chapter circuit components const Cooper pairs critical current current step dc bias dependence devices discussion dynamics Eksp Electron energy experimental expression flux formula hence high damping hysteretic I-V curve I₁ IEEE IEEE Trans impedance inductance interaction interferometer JETP Josephson effect Josephson junction Josephson oscillations Josephson phase Josephson vortex junc junction I-V curve junction with high Lett Likharev linear linewidth loop low damping Low Temp low-frequency Magn magnetic field microwave noise nonlinear nonvanishing numerical obtained parameter phase locking Phys Physica Utrecht Problem quantum quantum tunneling quasiparticle Radio Eng Radiotekh reduced equation Reference resonance result RSJ model RSJN Section shown in Figure shows small fluctuations solution spectral density subharmonic superconducting supercurrent switching Teor thermal tion TJM model tunnel junctions V₁ valid voltage vortex vortices w₁ weak links