Philosophical MagazineTaylor & Francis., 1923 - Physics |
From inside the book
Results 1-5 of 100
Page iii
... Relative Visibility of Spectra when an Electric Discharge is passed through the Vapours of Alkali Amalgams ( Plate I. ) 177 181 Prof. Kôtarô Honda on the Theory of the Specific Heat of Liquids . 189 Mr. R. V. Southwell on Castigliano's ...
... Relative Visibility of Spectra when an Electric Discharge is passed through the Vapours of Alkali Amalgams ( Plate I. ) 177 181 Prof. Kôtarô Honda on the Theory of the Specific Heat of Liquids . 189 Mr. R. V. Southwell on Castigliano's ...
Page viii
... Relative Visi- bility of Spectra when an Electric Discharge is passed through the Vapours of Alkali Amalgams . II . Illustrative of Mr. Mituo Yamada's Paper on the Occlusion of Hydrogen in Palladium . III . Illustrative of Dr. F. H. ...
... Relative Visi- bility of Spectra when an Electric Discharge is passed through the Vapours of Alkali Amalgams . II . Illustrative of Mr. Mituo Yamada's Paper on the Occlusion of Hydrogen in Palladium . III . Illustrative of Dr. F. H. ...
Page 4
... relative weights of the cells of a quantized system are ( at any rate in simple cases ) determinable by the use of Bohr's Corre- spondence Principle and Ehrenfest's Adiabatic Hypothesis . No further a priori principle appears to be ...
... relative weights of the cells of a quantized system are ( at any rate in simple cases ) determinable by the use of Bohr's Corre- spondence Principle and Ehrenfest's Adiabatic Hypothesis . No further a priori principle appears to be ...
Page 5
... relative weights outlined above is relevant and must be retained . It has been used for simplicity through- out these papers . It here , for the first time , plays an integral part in the formula . Associated with any state or cell ...
... relative weights outlined above is relevant and must be retained . It has been used for simplicity through- out these papers . It here , for the first time , plays an integral part in the formula . Associated with any state or cell ...
Page 66
... relative to the common centre of gravity . Putting Q = W the energy necessary to remove the electron from the atom and denoting the corresponding p by pw , we obtain PW- 2e E / 1 ( my + m2 ) m , VW 2mm , 2V2 -- ( 2 ) In the following pw ...
... relative to the common centre of gravity . Putting Q = W the energy necessary to remove the electron from the atom and denoting the corresponding p by pw , we obtain PW- 2e E / 1 ( my + m2 ) m , VW 2mm , 2V2 -- ( 2 ) In the following pw ...
Contents
1 | |
34 | |
44 | |
65 | |
88 | |
98 | |
113 | |
129 | |
622 | |
689 | |
708 | |
715 | |
726 | |
732 | |
750 | |
760 | |
145 | |
169 | |
181 | |
189 | |
213 | |
243 | |
257 | |
266 | |
276 | |
293 | |
300 | |
315 | |
324 | |
336 | |
353 | |
368 | |
375 | |
382 | |
399 | |
414 | |
430 | |
444 | |
456 | |
463 | |
471 | |
480 | |
497 | |
516 | |
525 | |
535 | |
560 | |
577 | |
593 | |
610 | |
769 | |
778 | |
786 | |
798 | |
818 | |
827 | |
835 | |
846 | |
864 | |
881 | |
895 | |
907 | |
945 | |
957 | |
968 | |
976 | |
989 | |
998 | |
1010 | |
1026 | |
1050 | |
1055 | |
1062 | |
1071 | |
1080 | |
1088 | |
1119 | |
1132 | |
1139 | |
1149 | |
1156 | |
1167 | |
1189 | |
1197 | |
Other editions - View all
Common terms and phrases
absorption æther apparatus approximately argon atoms axis calculated carbon dioxide cathode centimetre coefficient collisions constant corresponding curve deflexion density determined diameter dielectric constant discharge distance effect electric electrons emission emitted energy entropy equal equation experimental experiments expression force formula frequency function galvanometer gases give given grid heating helium hydrogen increase intensity ionization potential ions J. J. Thomson light lines liquid magnetic field mass maximum mean measured mercury metal method molecular molecules motion nitrogen nitrous oxide observed obtained orbit paper partition function Phil Phys plane plate polarization positive possible pressure Proc quantity quantum radiation ratio reflexion relative rotation scattering secondary emission shown solution spectra spectrum substance surface Table temperature theorem theory tube vapour velocity vibrations voltage volts wave-length wire zero