The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1915 - English periodicals |
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Page 129
... heat and the Wiedemann - Franz constant . Thus the electrical conductivity leads to a large number of free electrons . Its temperature coefficient leads to no specific heat . But the heat conduction cannot be explained except by a ...
... heat and the Wiedemann - Franz constant . Thus the electrical conductivity leads to a large number of free electrons . Its temperature coefficient leads to no specific heat . But the heat conduction cannot be explained except by a ...
Page 134
... heat conductivity P1 , q being the velocity of sound λ = 1 ρκ y the specific heat . As has been or will be shown , p , x , and y depend upon N and D , I can only depend upon the number of layers of atoms per cm . 1/3 or upon N and ...
... heat conductivity P1 , q being the velocity of sound λ = 1 ρκ y the specific heat . As has been or will be shown , p , x , and y depend upon N and D , I can only depend upon the number of layers of atoms per cm . 1/3 or upon N and ...
Page 135
heat by a diamond at 20 ° Abs . Its conductivity is almost as great as that of copper , although its specific heat is negligible . The specific heat of the electron space - lattice may probably be calculated fairly accurately from ...
heat by a diamond at 20 ° Abs . Its conductivity is almost as great as that of copper , although its specific heat is negligible . The specific heat of the electron space - lattice may probably be calculated fairly accurately from ...
Contents
V Raman on Motion in a Periodic Field of Force | 15 |
Messrs W J Jones and J R Partington on the Ideal | 30 |
Messrs W J Jones and J R Partington on a Theory | 35 |
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absorption actinium æther amperes amplitude anemometer approximately assume assumption atomic weight axis bands calculated catenary centre coefficient collisions condensed constant coordinates corresponding cosh curve deflexion denotes density determined displacement distance effect electric electron electron space-lattice electroscope energy equal equation equilibrium experimental experiments expression force formula fraction frequency given gives gravitation heat helium hydrogen hydrogen lines integral ionization ions J. J. Thomson length lines liquid liquid air Lorentz magnetic field magnetic moment magnetons maximum measured metal method molecules motion number of electrons observed obtained orbit paper particles pendulums Phil plane plate positive potential pressure quantity radiation radius ratio rays resonators rotation shown sin² sinh solution spectra spectrum sphere surface tape temperature tension theory thorium tube vapour vector velocity vibration wave-length waves wire zero