Electrical Resistance of Metals |
Contents
Chapter | 3 |
Chapter | 8 |
Methods of Evaluating | 95 |
Alloyed Deformed and Irradiated Metals | 110 |
Pressure MagneticField and Size Effects | 125 |
Resistance Measuring Techniques at Ordinary | 143 |
4 | 179 |
203 | |
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Common terms and phrases
actinides alkali metals alloys anisotropic annealing anomalies antiferromagnetic Arajs atomic number behavior Brillouin zone c-axis calculated conduction electrons constant constantan Cryogenics cryostat crystal structure Curie point d-band density discussed Dugdale effect electrical resistivity elements energy equation experimental Fermi surface ferromagnetic free electron function galvanometer Grüneisen Grüneisen-Bloch helium high temperatures high-purity ice-point ideal resistivity Instr interaction lanthanides lattice vibrations Legvold liquid low temperatures MacDonald magnetic field magnetoresistivity Matthiessen's rule Meaden Meissner melting point methods monovalent noble metals normal obtained phase phonon Phys Physik polycrystalline potentiometer pressure Proc range rare-earth region residual resistivity resistance thermometers resistivity measurements resistors room temperature scattering Section single crystals specimen superconducting temperature dependence theoretical theory thermal transition metals transition temperatures transverse ture Umklapp processes valence values White and Woods wire µ-cm µN-cm µQ-cm