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Applied Superconductivity 1993: Volume 1 , Issue INDEX/CONTENTS. Digitized from IA1646430-01 . Next issue: sim_applied-superconductivity_january-february-1993_1_1-2_0 .

The modern theory of superconductivity, based upon the BCS to Bose-Einstein transition is applied to the periodic table of the elements, in order to isolate the essential features of of high temperature superconductivity and to predict its occurrence with the periodic table. It is predicted that Sodium-Ammonia, Sodium Zinc Phosphide and Bismuth (I) Iodide are promising materials for experimental explorations of high temperature superconductivity.

The modern theory of superconductivity, based upon the BCS to Bose-Einstein transition is applied to the periodic table of the elements, in order to isolate the essential features of of high temperature superconductivity and to predict its occurrence with the periodic table. It is predicted that Sodium-Ammonia, Sodium Zinc Phosphide and Bismuth (I) Iodide are promising materials for experimental explorations of high temperature superconductivity.

The modern theory of superconductivity, based upon the BCS to Bose-Einstein transition is applied to the periodic table of the elements, in order to isolate the essential features of of high temperature superconductivity and to predict its occurrence with the periodic table. It is predicted that Sodium-Ammonia, Sodium Zinc Phosphide and Bismuth (I) Iodide are promising materials for experimental explorations of high temperature superconductivity.

Contents Preface I Electromagnetism of type II superconductors 1 General Statements Of The Critical State 1.1 The CS In The Maxwell Equations Formalism 1.2 The CS Regime And The MQS Limit 2 Variational Theory for CS Problems 2.1 General Principles Of The Variational Method 2.2 The Material Law: SCs with magnetic anisotropy 2.2.1 Onto the 1D Critical States 2.2.2 Towards The 3D Critical States 3 Computational Method Conclusions I References I II Critical State Problems:Effects & Applications 4 Type-II SCs With Intrinsic Magnetic Anisotropy 4.1 3D variational statement in slab geometry 4.2 Isotropic predictions in -3D- configurations 4.3 T-states in -3D- configurations 4.4 CT-states in -3D- configurations 4.5 Smooth critical states in -3D- configurations Appendix I Critical angle gradient in -3D- configurations 5 The Longitudinal Transport Problem 5.1 Simplified analytical models and beyond 5.1.1 The simplest analytical model 5.1.2 The SDCST statement and the BM's approach 5.2 Magnetic anisotropy and the uncommon effects 5.2.1 Extremal case: The T-states model 5.2.2 Material laws with magnetic anisotropy: CT\chi - models 6 Electromagnetism For Superconducting Wires 6.1 Theoretical framework and general considerations 6.2 SC wires subjected to isolated external sources 6.2.1 Wires with an injected AC transport current 6.2.2 Wires under an external AC magnetic flux 6.2.3 Ultimate considerations on the AC losses 6.3 SC wires under simultaneous AC excitations (B_{0},I_{tr}) 6.3.1 Synchronous excitations 6.3.2 Asynchronous excitations Conclusions II References II Supplementary Material II III Microscopical aspects also analyzed 7 E-Ph Theory And The Nodal Kink Effect In HTSC 8 Is it necessary to go beyond the E-Ph mode? Conclusions III References III Supplementary Material III IV Addenda

In this paper, a course on applied superconductivity is described. The course structure is outlined and the learning objectives and the learning activities are described. The teaching was multidisciplinary given by four departments each contributing with their expertise. Being applied superconductivity, the focus was on an application, which could benefit from using superconductors. The application used in this course was superconducting generators for direct drive wind turbines. As part of the course, the students built a small-scale superconducting machine and set up FE (finite element) models of that machine as well as large-scale wind turbine generators with superconductors and PM (permanent magnet) generators, too. The course was assessed by a conference contribution and reports from the students. The quality of the course was evaluated by interviewing the students after the course had finished. The students were very pleased with the course and gave suggestions of how the course could be improved further. (Contains 1 table and 9 figures.)

The report is in two parts. Part I is concerned with superconductive devices employed as amplifiers with particular emphasis on SQUID's. Part II is a study of superconductive microcomposite wires that have potential applications in industry. The wires are a microcomposite of Cu, Nb, and Sn, made by Tsuei's process.

This report results from a contract tasking University of Rome as follows: The contractor will investigate the use of superconducting materials for use in high power hall effect type electric propulsion motors. The focus of this work will be to derive scaling laws for coils using high temperature superconducting materials in a Hall SPT up to 50 kW electric power. The contractor will compare the results of this system to more traditional thrusters and discuss the performance gains/limitations. He will collect all data and findings and write a final report.

It was suggested by Rasolt and Te\v{s}anovi\'c that the Landau level quantization in isotropic superconductors could enhance superconductivity in a very strong magnetic field, above the upper critical field ($H_{c2}$). We derive a generalized Harper equation for superconducting systems, and show that a similar reentrant behavior appears in a lattice model, even though the Landau--level--structure is destroyed by the periodic potential in that case. Both the orbital and the Zeeman field--induced effects are taken into account.

The Final Proceedings for 4th European Conference on Applied Superconductivity, 14 September 1999 - 17 September 1999. This is an interdisciplinary conference consisting of all aspects in applied superconductivity from a scientific point of view and an Industrial perspective. Topics include: Superconductivity gap, Superconductivity Technology for power applications, application to bulk superconductors, and recent advances in superconducting electronic technology in USA

Applied Superconductivity was a peer-reviewed scientific journal published monthly by Pergamon Press. Launched in 1993, it published the latest research on large and small scale applications of superconductivity, before ceasing publication in 2000. Each issue featured original articles and review papers on the applications of superconductivity and other relevant technology, including descriptions of actual systems and processes implementing superconductors. Occasional special-focus issues were dedicated to a particular topic of interest or contained proceedings of relevant conferences and symposia.  The Internet Archive Collection contains microfilm published between 1993.  Applied Superconductivity can be found online at: https://www.sciencedirect.com/journal/applied-superconductivity The ISSN is 0964-1807

A mechanism of the quasi-one-dimensional (q1d) superconductivity is investigated by applying the renormalization group techniques to the pairing interaction. With the obtained renormalized pairing interaction, the transition temperature Tc and corresponding gap function are calculated by solving the linearized gap equation. For reasonable sets of parameters, Tc of p-wave triplet pairing is higher than that of d-wave singlet pairing due to the one-dimensionality of interaction. These results can qualitatively explain the superconducting properties of q1d organic conductor (TMTSF)2PF6 and the ladder compound Sr2Ca12Cu24O41.

IEEE Transactions on Applied Superconductivity is an active peer-reviewed academic journal covering applications of superconductivity and other relevant technology. It was established in 1991 and is published 9 times a year by the Institute of Electrical and Electronics Engineers. This journal focuses on the research, development, and applications of superconductivity in various fields, including energy, electronics, and healthcare. It features original research papers, review articles, and technical notes that contribute to the advancement of applied superconductivity, covering a wide range of topics, including superconducting materials, superconducting devices, power applications, magnetic levitation, and superconducting electronics. IEEE Transactions on Applied Superconductivity can be found online at: ieeexplore.ieee.org/xpl/RecentIssue.jsp?punumber=77 The ISSN is: 1051-8223

A status report based on the applied high temperature superconductivity (HTS) research at Materials Research Laboratories (MRL), Industrial Technology Research Institute (ITRI) is given. The aim is to develop fabrication technologies for the high-TC materials appropriate to the industrial application requirements. To date, the majorities of works have been undertaken in the areas of new materials, wires/tapes with long length, prototypes of magnets, large-area thin films, SQUID's and microwave applications.

Applied Superconductivity 1993: Volume 1 , Issue CONTENTS. Digitized from IA1652631-01 . Next issue: sim_applied-superconductivity_january-february-1993_1_1-2 .