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- 2012017363 contributor B12447195.
- 2012017363 created "2012.".
- 2012017363 date "2012".
- 2012017363 date "2012.".
- 2012017363 dateCopyrighted "2012.".
- 2012017363 description "Machine generated contents note: 1. Introduction Resistivity and Conduction in metals History of Superconductivity 2. Superconductivity An explanation of superconductivity The Meissner-Ochsenfeld Effect Diamagnetic Effects Persistence of current Type I and Type II Superconductors Flux Pinning 3. Superconducting Materials Low Temperature Superconductors Organic Superconductors High Temperature Superconductors 4. Applications Medical Imaging CERN Maglev Trains Practical Activities: will be integrated into the text; a-f in section 2 and f and g in section 4 a. Diamagnetism 1: pyrolitic graphite b. Diamagnetism 2: Bismuth c. Diamagnetism 3: Meissner-Ochsenfeld Effect d. Transition Temperature e. Persistence of Current f. Flux Pinning g. Maglev Train Model.".
- 2012017363 extent "xxii, 160 p. :".
- 2012017363 identifier "9781119991403 (paper)".
- 2012017363 identifier "9781119991410 (hardback)".
- 2012017363 issued "2012".
- 2012017363 issued "2012.".
- 2012017363 language "eng".
- 2012017363 publisher "The Atrium, Southern Gate, Chichester, West Sussex, UK : Wiley,".
- 2012017363 subject "537.6/23076 23".
- 2012017363 subject "QC611.96 .I74 2012".
- 2012017363 subject "Superconductivity Study and teaching (Higher) Activity programs.".
- 2012017363 subject "TECHNOLOGY & ENGINEERING / Superconductors & Superconductivity. bisacsh".
- 2012017363 tableOfContents "Machine generated contents note: 1. Introduction Resistivity and Conduction in metals History of Superconductivity 2. Superconductivity An explanation of superconductivity The Meissner-Ochsenfeld Effect Diamagnetic Effects Persistence of current Type I and Type II Superconductors Flux Pinning 3. Superconducting Materials Low Temperature Superconductors Organic Superconductors High Temperature Superconductors 4. Applications Medical Imaging CERN Maglev Trains Practical Activities: will be integrated into the text; a-f in section 2 and f and g in section 4 a. Diamagnetism 1: pyrolitic graphite b. Diamagnetism 2: Bismuth c. Diamagnetism 3: Meissner-Ochsenfeld Effect d. Transition Temperature e. Persistence of Current f. Flux Pinning g. Maglev Train Model.".
- 2012017363 title "Discovering superconductivity : an investigative approach / Gren Ireson.".
- 2012017363 type "text".