SQUID '85 Superconducting Quantum Interference Devices and their Applications
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SQUID '85 Superconducting Quantum Interference Devices and their Applications

Proceedings of the Third International Conference on Superconducting Quantum Devices, Berlin (West), June 25-28, 1985

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eBook - PDF

SQUID '85 Superconducting Quantum Interference Devices and their Applications

Proceedings of the Third International Conference on Superconducting Quantum Devices, Berlin (West), June 25-28, 1985

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Information

Publisher
De Gruyter
Year
2012
Print ISBN
9783110103304
eBook ISBN
9783110862393
Topic
Physical Sciences
Subtopic
Atomic & Molecular Physics

Table of contents

  1. JUNCTION AND DEVICE PHYSICS
  2. Physics of tunneling barriers
  3. Tunnelspectroscopy of inhomogeneous potential barriers showing resonances exemplified for Nb2O5
  4. Non-thermal noise in ultrasmall area tunnel junction dc SQUIDS
  5. Microscopic theory of the Josephson effect in the SNINS and SNIS tunnel junction
  6. Stationary properties of Josephson SN-N-NS microbridges
  7. Alteration of magnetic field dependence for voltage biased SNS Josephson junctions
  8. Behaviour of aluminium microbridges irradiated with microwaves
  9. Automation of numerical analysis of circuits with Josephson tunnel junctions
  10. On a few-degree-of-freedom-model of the Josephson tunneling junction
  11. Direct numerical determination of stationary rotational states in Josephson junctions with arbitrary current phase relation
  12. Analytical calculation of the inductance of Josephson junctions
  13. Influence of the Abricosov’s vortices on superconducting tunnel junctions properties
  14. I–V curves of RF-driven Josephson junctions in the low frequency regime
  15. Reconstruction of the Josephson junction parameters via its treshold curves
  16. Properties of the lead-alloy Josephson tunnel junctions
  17. Resonant modes in light-sensisive dc SQUIDs
  18. Resonant modes in refractory baselayer d.c. SQUIDs
  19. Quantized flux ØO in DC-SQUID with LIO <Ø
  20. Multiple periods and hyperfine features in DC SQUID response
  21. The inductances of R.F. SQUIDS
  22. Nb-Si-Nb tunnel junction RF SQUID
  23. Noise, bandwidth and the resistively shunted junction model of an AC biased SQUID magnetometer
  24. The asymmetry effect in DC-SQUID
  25. A resistive DC-SQUID
  26. Three-terminal non-equilibrium superconducting devices
  27. Quiteron for logic applications
  28. Probable coherent oscillations at single-electron tunneling
  29. Charge oscillations and Zener noise due to interband transitions in small junctions
  30. The lifetimes of non-equilibrium dissipative steady states
  31. MACROSCOPIC QUANTUM FLUCTUATIONS
  32. Macroscopic quantum tunnelling and coherence: Their significance for the foundations of physics
  33. Macroscopic quantum effects and quantum noise in Josephson elements
  34. Macroscopic quantum tunneling and quantum coherence in Josephson systems
  35. Macroscopic quantum effects in the zero voltage state of the current biased Josephson junction
  36. The decay of metastable states in systems with highly damped Josephson junctions
  37. Intrinsic tunnel junction properties and Kramers’ macroscopic escape problem
  38. Influence of thermal fluctuations and biasing forces on Q-factor and amplitude of macroscopic quantum oscillations
  39. Macroscopic quantum coherence: An experimental strategy
  40. Macroscopic quantum mechanical behaviour of an A.C. biased SQUID magnetometer
  41. Behaviour of an AC biased SQUID ring in the quantum mechanical Josephson limit
  42. Schrödinger equation solutions for a weak link constriction ring
  43. CHAOTIC PHENOMENA
  44. Chaos in junctions and devices
  45. Universal scaling and chaotic behaviour – a Josephson junction analog approach
  46. Effect of chaos on the I–V curves of RF-driven Josephson junctions
  47. Observation of multiquantum transitions with intermittency in hysteretic slightly underdamped RF-SQUIDS
  48. FLUXON DYNAMICS
  49. Problems of fluxon motion in long Josephson junctions and their applications
  50. Spatial distribution of the maximum Josephson current in a superconducting tunnel junction
  51. Numerical studies of fluxon dynamics in annular Josephson junction oscillators
  52. Cavity modes in rectangular Josephson junctions
  53. Effect of nonlinear damping on the zero field steps of long Josephson tunnel junctions
  54. Influence of the lower limit for the fluxon contraction on the I–V characteristic of zero-field singularities in long Josephson junctions
  55. Measurements of frequency and linewidth of the radiation emitted from overlap Josephson junctions
  56. Fiske steps in long overlap junctions
  57. RF induced steps in long Josephson junctions
  58. Chaos and subharmonic generation in long Josephson junctions
  59. Fluxon oscillations in intermediate-length Josephson junctions
  60. Splitting of the first zero-field step in a Josephson junction of intermediate length
  61. FLUX QUANTIZATION IN NORMAL METAL RINGS
  62. Quantum oscillations in normal metal loops
  63. In search of magnetic flux quantization in normal metal rings
  64. h/2e oscillations in the magnetoresistance of normal aluminium rings
  65. FABRICATION TECHNIQUES
  66. New materials for refractory tunnel junctions: Fundamental aspects
  67. NbN based Josephson junctions
  68. Niobium etch products in a CF4/O2 plasma
  69. Fabrication and properties of nitrogen implanted niobium weak-links
  70. Fabrication techniques for thin film Nb3Ge Josephson devices
  71. Anodic oxydation: A simple procedure for NbN thin film characterisation
  72. Tin-Cobalt alloy Josephson junctions
  73. DC Magnetron system for the preparation of Niobium thin films
  74. CRYOCOOLERS
  75. Progress in cooling facilities for SQUID applications?!
  76. Gifford-McMahon cryocooler with a final Joule-Thomson stage
  77. Conical plastic cryocooler for SQUIDs
  78. SQUID INSTRUMENTS
  79. Integrated thin film SQUID instruments
  80. Tunnel junction DC SQUID with a planar input coil
  81. DC-SQUID with a resistively shunted inductance
  82. DC-SQUID design for a 25 channel multisensor test circuit
  83. Multiloop planar DC SQUID gradiometer
  84. Effect of a superconducting cylinder on the SQUID-magnetometer signal from a magnetic dipole
  85. Hysteretic AC SQUIDs using tunnel Josephson junctions
  86. DC SQUIDS with low 1/F noise
  87. Hysteretic noise simulation of DC SQUIDS with input coil
  88. Noise contributions to SQUID circuits due to temperature fluctuations
  89. A new R. F. SQUID
  90. Application of a DC SQUID to RF amplification: NQR
  91. SQUID gradiometric detection of defects in ferromagnetic structures
  92. Noise optimization of DC SQUID-based wideband amplifiers
  93. Nondestructive evaluation of metallic structures using a SQUID magnetometer
  94. SQUID magnetometers for material research
  95. DC SQUID flux focuser
  96. Calorimetry at low temperatures using a SQUID
  97. Detection of NMR Larmor and double Larmor frequency of protons by a SQUID
  98. Detection of Schumann resonances with three-axial SQUID magnetometer
  99. BIOMAGNETIC INSTRUMENTATION
  100. SQUID measurement techniques in medical diagnosis
  101. Use of multisensor SQUID systems in brain research
  102. Multichannel instrumentation for biomagnetism
  103. Design of compensated planar input coils for biomagnetic measurements
  104. Design considerations for multichannel SQUID magnetometers
  105. High-resolution MCG with DC-thin film SQUID’S
  106. Performances of higher order planar gradiometers for biomagnetic source localization
  107. HF APPLICATIONS
  108. Advances in high frequency applications of superconducting tunnel junctions
  109. SIS quasiparticle mixer receiver for radio-astronomy applications
  110. Satellite microwave steps and mixing close to the selfresonance of a Josephson tunnel junction
  111. Josephson interference and its suppression in SIS mixers operating close to the gap frequency
  112. Quantum fluctuations at quadratic videodetection of microwave radiation using superconducting junctions
  113. Parametric effects in inductively compensated tunnel junctions
  114. Amplifier noise simulation of DC SQUIDS with grounded input coil
  115. X-Band parametric amplifier and microwave SQUID using single-tunnel-junction superconducting interferometer
  116. Josephson junction arrays
  117. Mutual phase locking of the Josephson tunnel junctions
  118. Dynamic conductance of a two-dimensional array of Josephson junctions
  119. RF SQUID matching to a fifty ohms line: Theory and experiment
  120. DIGITAL APPLICATIONS
  121. Configuration of High Speed Superconducting Logic Circuits
  122. Optimized RCJL family and two-bit full adder
  123. Resistive single flux quantum logic for the Josephsonjunction digital technology
  124. Josephson-junction A/D converter using parametric quantrons and redundant coding
  125. Overshoot and rise time simulation of Josephson junction samplers
  126. A comparison of digital technologies with super- and semi-conductors
  127. METROLOGICAL APPLICATIONS
  128. Thermometry and standards with Josephson junctions
  129. Noise thermometer between 1 and 7.2 K using a SQUID magnetometer
  130. Stable constant voltage steps between 0.1 and 1.5 V from new series arrays of Josephson tunnel junctions
  131. A possible quantum current standard based on a superconducting weak-link
  132. VARIOUS APPLICATIONS AND PROPOSALS
  133. Superconductive tunnel structures as radiation detectors
  134. ESR in situ with a Josephson tunnel junction
  135. The SQUID as a measuring device for the electromagnetic response to gravitational waves
  136. Laboratory experiment for testing the Gravi-Magnetic Hypothesis with Squid-magnetometers...
  137. A superconducting gravity gradiometer
  138. Gyromagnetic detection of rotation with a ferromagnetic core SQUID
  139. SUMMARY AND CONCLUSIONS
  140. Summary and conclusions
  141. SUBJECT INDEX
  142. AUTHOR INDEX

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