The mean free path of electrons in metals

Keywords

Mean free path, Electron, Path (computing), Materials science, Physics

References

• The Theory of the Properties of Metals and AlloysN. F. Mott, H. F. Jones — 1933
• Surface impedance of normal and superconductors at 24,000 megacycles per secondE. Maxwell, P. M. Marcus, J. C. Slater — 1949
• The Electrical Conductivity of Thin Metallic Films. I. Rubidium on Pyrex Glass SurfacesA. C. B. Lovell — 1936
• The Conductivity of Metals at Microwave FrequenciesA. B. Pippard, G. E. H. Reuter, E. H. Sondheimer — 1948
• The surface impedance of superconductors and normal metals at high frequencies II. The anomalous skin effect in normal metalsA. B. Pippard — 1947
• The evaluation of the surface impedance in the theory of the anomalous skin effect in metalsG. E. H. Reuter, E. H. Sondheimer — 1948
• The Theory of MetalsAlan Herries Wilson, John Bardeen — 1953
• The conductivity of thin wires in a magnetic fieldRobert G. Chambers — 1950
• The Size-Variation of Resistivity for Mercury and TinE.R. Andrew — 1949
• The conductivity of thin metallic films according to the electron theory of metalsK. Fuchs — 1938
• High Frequency Surface Resistivity of Tin in the Normal and Superconducting StatesW. M. Fairbank — 1949
• Size effect variation of the electrical conductivity of metalsDavid Keith Chalmers Macdonald, Kathleen Sarginson — 1950
• The Magneto-Resistance of the Alkali MetalsD. K. C. MacDonald — 1950
• The electrical conductivity of thin wiresR. Dingle — 1950
• The theory of metals. —IA. H. Wilson — 1932
• The influence of a transverse magnetic field on the conductivity of thin metallic filmsE. H. Sondheimer — 1950
• Theory of MetalsP. Gombás — 1946
• Influence of a Magnetic Field on the Size-Variation of Electrical ConductivityD. K. C. MacDonald — 1949
• The high-frequency resistance of superconducting tinHeinz London — 1940
• Bemerkungen zur Theorie der MetalleE. Peierls — 1934

Cited by

• Development of EMC antennas and their application in on-line SE measurement of conductive composite plastic materialsH. Rahman — 1994
• Thermal and electrical conduction in 6.4 nm thin gold films.C.A.M. Gorissen — 2013
• Integrated microcantilever fluid sensor as a blood coagulometerR. Dunn — 2010
• System Interconnection Design Trade-offs in Three-Dimensional (3-D) Integrated CircuitsRoshan Weerasekera — 2008
• INVESTIGATIONS OF THE PROXIMITY EFFECT BY ELECTRON TUNNELING.C. J. Adkins, B.W. Kington — 1969
• Étude des transitions de phases quantiques supraconducteur -- isolant, métal -- isolant dans des matériaux amorphes désordonnés proches de la dimension 2O. Crauste — 2010
• Photothermal Effect in Plasmonic Nanostructures and its ApplicationsXi Chen — 2014
• Tuneable Electron Transport in Metallic NanostructuresS. Dasgupta — 2009
• Investigations on the Effect of Manufacturing on the Contact Resistance Behavior of Metallic Bipolar Plates for Polymer Electrolyte Membrane Fuel CellsCabir Turan — 2011
• Phonon Transport Analysis of Thermal Conductivity in Particulate NanocompositesA. Behrang — 2012
• Growth, Structure, Electronic and Transport Properties of Yttrium Disilicide NanowiresS. Hus — 2014
• Constructing anisotropic single-Dirac-cones in Bi(1-x)Sb(x) thin films.Shuang Tang, Mildred S. Dresselhaus — 2011
• Contrôle microstructural du cuivre aux dimensions nanométriques : Application à la maîtrise de la résistivité des interconnexions en microélectroniqueVincent Carreau — 2008
• Electronic Transport Properties of Ruthenium and Ruthenium Dioxide Thin FilmsMichael Steeves — 2011
• The theoretical studies of piezoresistive effect in diamond filmsChunyang Kong, Wanlu Wang, Kejun Liao — 2002
• Study on the Specular Effect in NiO spin-valve Thin FilmsSang-Dae Choi — 2002
• Electrical properties of fine crystalline and amorphous metal films, obtained by low temperature condensation (Review)Yu. F. Komnik — 1982
• Charakterisierung und Optimierung elektrochemisch abgeschiedener Kupferdünnschichtmetallisierungen für Leitbahnen höchstintegrierter SchaltkreiseM. Stangl — 2007
• Thermoelectric Energy Conversion: How Good Can Silicon Be?Maciej Haras, Valeria Lacatena, François Morini — 2015
• Critical Temperatures and Critical Fields of Multiple Superconducting and Normal Conducting Films.Richard J. Duffy, Hans Meissner — 1966

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