The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1901 - English periodicals |
From inside the book
Results 1-5 of 82
Page 3
... suppose that the atom exerts force on the ether , by which condensation or rarefaction is produced within the space occupied by the atom . At present I confine myself , for the sake of simplicity , to the suggestion of a spherical atom ...
... suppose that the atom exerts force on the ether , by which condensation or rarefaction is produced within the space occupied by the atom . At present I confine myself , for the sake of simplicity , to the suggestion of a spherical atom ...
Page 6
... suppose that the hypothesis which I have suggested clears away the first of our two clouds ? It certainly would explain the " aberration of light " connected with the earth's motion through ether in a thoroughly satisfactory manner . It ...
... suppose that the hypothesis which I have suggested clears away the first of our two clouds ? It certainly would explain the " aberration of light " connected with the earth's motion through ether in a thoroughly satisfactory manner . It ...
Page 12
... suppose that each atom , A , has a definite radius of activity , a , and that atoms of different kinds , A , A ' , have different radii of activity , a , a ' ; such that A exercises no force on any other atom , A ' , A " , when the ...
... suppose that each atom , A , has a definite radius of activity , a , and that atoms of different kinds , A , A ' , have different radii of activity , a , a ' ; such that A exercises no force on any other atom , A ' , A " , when the ...
Page 18
... Suppose , for example , there are forty - one atoms in the molecule of any particular gas ; if the doctrine were true , we should have j = 39 . Hence there are 117 vibrational freedoms , so that there might be 117 visible lines in the ...
... Suppose , for example , there are forty - one atoms in the molecule of any particular gas ; if the doctrine were true , we should have j = 39 . Hence there are 117 vibrational freedoms , so that there might be 117 visible lines in the ...
Page 34
... Suppose a row of a vast number of atoms , of equal masses , to be allowed freedom to move only in a straight line ... suppose P and Q to be infinitely hard . All the other atoms we shall suppose to have the property defined in § 21 above ...
... Suppose a row of a vast number of atoms , of equal masses , to be allowed freedom to move only in a straight line ... suppose P and Q to be infinitely hard . All the other atoms we shall suppose to have the property defined in § 21 above ...
Contents
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Common terms and phrases
æther apparatus atom bismuth calculated carbon cathode centim centre charge coil component condenser condensing-plates constant corresponding Crémieu crystal Crystallographic Axis curve cyanogen deflexion density diameter dielectric direction discharge disk distance effect electric electrodes electrometer electromotive force element equal equation equilibrium experiments field force formula frequency function galvanometer gases given gives harmonic heat Hence hydrogen increase ionization ions J. J. Thomson kilometres per second kinetic energy length light lines liquid magnetic mean measured metal method millimetres molecules motion needle negative ions observed obtained paper particles period Phil phosphorus plane plate positive potential pressure produced quaternions radiation radius ratio resistance reversed rotation sectors space spectra spectrum spheres suppose surface TABLE temperature theory tube vary velocity vibrations volts volume Voss machine wave-length waves wire zero