The fields of condensed-matter physics and materialsscience entereda new era with the discovery of high-temperaturesuperconductors more than twodecades ago. However, despite thelarge volu… mais…
The fields of condensed-matter physics and materialsscience entereda new era with the discovery of high-temperaturesuperconductors more than twodecades ago. However, despite thelarge volume of work published on their properties,and despitetheir many uses, there is surprisingly littleagreement in thecondensed matter community regarding one of theirmost fundamentalbehaviors: the normal-superconducting phasetransition. This book describes investigations ofthe superconductingphase transition of YBCO thin films in zero magneticfield. Simplevoltage vs. current curves at temperatures closeto the transition temperature show that thestandard scaling analysisfails at low currents, contrary to what is widelyaccepted -- but that there isevidence for the phase transition at higher currents.At lower currents, there are significant finite-sizeeffects due tothe thickness of the films. The crossover tofrom three-dimensional to two-dimensionalbehavior occurs even in thick films, andobscures the transition in zero field. Thiseffect would also occur in a magnetic field, and mayexplain thewide range of critical exponents found in the literature. Bücher, Hörbücher & Kalender / Bücher / Sachbuch / Naturwissenschaften / Physik / Theoretische Physik, [PU: VDM Verlag Dr. Müller, Saarbrücken]<
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The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the … mais…
The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the large volume of work published on their properties, and despite their many uses, there is surprisingly little agreement in the condensed matter community regarding one of their most fundamental behaviors: the normal-superconducting phase transition. This book describes investigations of the superconducting phase transition of YBCO thin films in zero magnetic field. Simple voltage vs. current curves at temperatures close to the transition temperature show that the standard scaling analysis fails at low currents, contrary to what is widely accepted -- but that there is evidence for the phase transition at higher currents. At lower currents, there are significant finite-size effects due to the thickness of the films. The crossover to from three-dimensional to two-dimensional behavior occurs even in thick films, and obscures the transition in zero field. This effect would also occur in a magnetic field, and may explain the wide range of critical exponents found in the literature. Buch (fremdspr.) Sullivan Matthew C. Taschenbuch, VDM, 01.10.2008, VDM, 2008<
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The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the … mais…
The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the large volume of work published on their properties, and despite their many uses, there is surprisingly little agreement in the condensed matter community regarding one of their most fundamental behaviors: the normal-superconducting phase transition. This book describes investigations of the superconducting phase transition of YBCO thin films in zero magnetic field. Simple voltage vs. current curves at temperatures close to the transition temperature show that the standard scaling analysis fails at low currents, contrary to what is widely accepted -- but that there is evidence for the phase transition at higher currents. At lower currents, there are significant finite-size effects due to the thickness of the films. The crossover to from three-dimensional to two-dimensional behavior occurs even in thick films, and obscures the transition in zero field. This effect would also occur in a magnetic field, and may explain the wide range of critical exponents found in the literature. Buch (fremdspr.) Taschenbuch, VDM, 01.10.2008, VDM, 2008<
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Paperback, [PU: VDM Verlag Dr. Mueller E.K.], The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more th… mais…
Paperback, [PU: VDM Verlag Dr. Mueller E.K.], The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the large volume of work published on their properties, and despite their many uses, there is surprisingly little agreement in the condensed matter community regarding one of their most fundamental behaviors: the normal-superconducting phase transition. This book describes investigations of the superconducting phase transition of YBCO thin films in zero magnetic field. Simple voltage vs. current curves at temperatures close to the transition temperature show that the standard scaling analysis fails at low currents, contrary to what is widely accepted -- but that there is evidence for the phase transition at higher currents. At lower currents, there are significant finite-size effects due to the thickness of the films. The crossover to from three-dimensional to two-dimensional behavior occurs even in thick films, and obscures the transition in zero field. This effect would also occur in a magnetic field, and may explain the wide range of critical exponents found in the literature., Physics<
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Matthew C. Sullivan: The Normal-Superconducting Phase Transition in ZeroMagnetic Field: A Study of the Cuprate Superconductor YBCO viaElectronic Transport and Specific Heat - Livro de bolso
The fields of condensed-matter physics and materialsscience entereda new era with the discovery of high-temperaturesuperconductors more than twodecades ago. However, despite thelarge volu… mais…
The fields of condensed-matter physics and materialsscience entereda new era with the discovery of high-temperaturesuperconductors more than twodecades ago. However, despite thelarge volume of work published on their properties,and despitetheir many uses, there is surprisingly littleagreement in thecondensed matter community regarding one of theirmost fundamentalbehaviors: the normal-superconducting phasetransition. This book describes investigations ofthe superconductingphase transition of YBCO thin films in zero magneticfield. Simplevoltage vs. current curves at temperatures closeto the transition temperature show that thestandard scaling analysisfails at low currents, contrary to what is widelyaccepted -- but that there isevidence for the phase transition at higher currents.At lower currents, there are significant finite-sizeeffects due tothe thickness of the films. The crossover tofrom three-dimensional to two-dimensionalbehavior occurs even in thick films, andobscures the transition in zero field. Thiseffect would also occur in a magnetic field, and mayexplain thewide range of critical exponents found in the literature. Bücher, Hörbücher & Kalender / Bücher / Sachbuch / Naturwissenschaften / Physik / Theoretische Physik, [PU: VDM Verlag Dr. Müller, Saarbrücken]<
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The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the … mais…
The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the large volume of work published on their properties, and despite their many uses, there is surprisingly little agreement in the condensed matter community regarding one of their most fundamental behaviors: the normal-superconducting phase transition. This book describes investigations of the superconducting phase transition of YBCO thin films in zero magnetic field. Simple voltage vs. current curves at temperatures close to the transition temperature show that the standard scaling analysis fails at low currents, contrary to what is widely accepted -- but that there is evidence for the phase transition at higher currents. At lower currents, there are significant finite-size effects due to the thickness of the films. The crossover to from three-dimensional to two-dimensional behavior occurs even in thick films, and obscures the transition in zero field. This effect would also occur in a magnetic field, and may explain the wide range of critical exponents found in the literature. Buch (fremdspr.) Sullivan Matthew C. Taschenbuch, VDM, 01.10.2008, VDM, 2008<
Nr. 16191698. Custos de envio:, Lieferbar in 2 - 3 Tage, DE. (EUR 0.00)
The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the … mais…
The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the large volume of work published on their properties, and despite their many uses, there is surprisingly little agreement in the condensed matter community regarding one of their most fundamental behaviors: the normal-superconducting phase transition. This book describes investigations of the superconducting phase transition of YBCO thin films in zero magnetic field. Simple voltage vs. current curves at temperatures close to the transition temperature show that the standard scaling analysis fails at low currents, contrary to what is widely accepted -- but that there is evidence for the phase transition at higher currents. At lower currents, there are significant finite-size effects due to the thickness of the films. The crossover to from three-dimensional to two-dimensional behavior occurs even in thick films, and obscures the transition in zero field. This effect would also occur in a magnetic field, and may explain the wide range of critical exponents found in the literature. Buch (fremdspr.) Taschenbuch, VDM, 01.10.2008, VDM, 2008<
Nr. 16191698. Custos de envio:, Versandfertig innert 4 - 7 Werktagen, zzgl. Versandkosten. (EUR 16.61)
Paperback, [PU: VDM Verlag Dr. Mueller E.K.], The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more th… mais…
Paperback, [PU: VDM Verlag Dr. Mueller E.K.], The fields of condensed-matter physics and materials science entered a new era with the discovery of high-temperature superconductors more than two decades ago. However, despite the large volume of work published on their properties, and despite their many uses, there is surprisingly little agreement in the condensed matter community regarding one of their most fundamental behaviors: the normal-superconducting phase transition. This book describes investigations of the superconducting phase transition of YBCO thin films in zero magnetic field. Simple voltage vs. current curves at temperatures close to the transition temperature show that the standard scaling analysis fails at low currents, contrary to what is widely accepted -- but that there is evidence for the phase transition at higher currents. At lower currents, there are significant finite-size effects due to the thickness of the films. The crossover to from three-dimensional to two-dimensional behavior occurs even in thick films, and obscures the transition in zero field. This effect would also occur in a magnetic field, and may explain the wide range of critical exponents found in the literature., Physics<
Matthew C. Sullivan: The Normal-Superconducting Phase Transition in ZeroMagnetic Field: A Study of the Cuprate Superconductor YBCO viaElectronic Transport and Specific Heat - Livro de bolso
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Dados bibliográficos do melhor livro correspondente
The fields of condensed-matter physics and materials
science entered
a new era with the discovery of high-temperature
superconductors more than two
decades ago. However, despite the
large volume of work published on their properties,
and despite
their many uses, there is surprisingly little
agreement in the
condensed matter community regarding one of their
most fundamental
behaviors: the normal-superconducting phase
transition. This book describes investigations of
the superconducting
phase transition of YBCO thin films in zero magnetic
field. Simple
voltage vs. current curves at temperatures close
to the transition temperature show that the
standard scaling analysis
fails at low currents, contrary to what is widely
accepted -- but that there is
evidence for the phase transition at higher currents.
At lower currents, there are significant finite-size
effects due to
the thickness of the films. The crossover to
from three-dimensional to two-dimensional
behavior occurs even in thick films, and
obscures the transition in zero field. This
effect would also occur in a magnetic field, and may
explain the
wide range of critical exponents found in the literature.
Dados detalhados do livro - The Normal-Superconducting Phase Transition in ZeroMagnetic Field
EAN (ISBN-13): 9783639091441 ISBN (ISBN-10): 3639091442 Livro de bolso Ano de publicação: 2008 Editor/Editora: VDM Verlag 200 Páginas Peso: 0,314 kg Língua: eng/Englisch
Livro na base de dados desde 2009-06-28T09:48:57+01:00 (Lisbon) Página de detalhes modificada pela última vez em 2022-01-13T16:01:26+00:00 (Lisbon) Número ISBN/EAN: 3639091442
Número ISBN - Ortografia alternativa: 3-639-09144-2, 978-3-639-09144-1 Ortografia alternativa e termos de pesquisa relacionados: Autor do livro: matt sullivan Título do livro: phase transitions, going over transition, and off the field, zero, super normal
