The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1894 - English periodicals |
From inside the book
Results 1-5 of 46
Page 7
... varying p in the case of water from 61 millim . to 749 , while p , was about 1.5 millim . The correctness of ... varies inversely as the pressure , which has been proved experimentally by Loschmidt to be the case for the natural gases ...
... varying p in the case of water from 61 millim . to 749 , while p , was about 1.5 millim . The correctness of ... varies inversely as the pressure , which has been proved experimentally by Loschmidt to be the case for the natural gases ...
Page 8
Wien lxii . 1871 ) . The theoretical coefficient also varies as the 3/2 power of the absolute temperature , but it has been shown by Loschmidt and Obermayer ( Sitz . Akad . Wien , lxi . , lxii . , lxxv . , lxxxi . , lxxxv . , lxxxvii ...
Wien lxii . 1871 ) . The theoretical coefficient also varies as the 3/2 power of the absolute temperature , but it has been shown by Loschmidt and Obermayer ( Sitz . Akad . Wien , lxi . , lxii . , lxxv . , lxxxi . , lxxxv . , lxxxvii ...
Page 20
... varies , the paired values of pressure will also vary markedly , so that the margins of the opaque field may be ... varying the temperature and dustiness of the inflowing air is shown at E , D , F. The colour - tube is identical in ...
... varies , the paired values of pressure will also vary markedly , so that the margins of the opaque field may be ... varying the temperature and dustiness of the inflowing air is shown at E , D , F. The colour - tube is identical in ...
Page 28
... varying the point of inter- section with the abscissa , t = A . I shall not , however , do this , since in the present paper the chief datum is the height of the common asymptote ( p = B ) above the abscissa . It is this parameter which ...
... varying the point of inter- section with the abscissa , t = A . I shall not , however , do this , since in the present paper the chief datum is the height of the common asymptote ( p = B ) above the abscissa . It is this parameter which ...
Page 35
... varying with the curvature of the surface . A difficulty , however , now presents itself , inasmuch as a liquid cooled below its melting- point ( unlike the corresponding case for vapours ) can be kept in a solid vessel without ...
... varying with the curvature of the surface . A difficulty , however , now presents itself , inasmuch as a liquid cooled below its melting- point ( unlike the corresponding case for vapours ) can be kept in a solid vessel without ...
Contents
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acid ampere amplitude angle apparatus axis Boyle's law calculated capillary carbon dioxide carbonic acid cell centim centimetre circuit Clark cell coefficient coil condensation constant copper corresponding curve cylinder deflexion density determined diameter dielectric discharge disk displacement distance effect electrical electrodes electromotive force energy equal equation experiments gabbro galvanometer gases gauge give given glass gutta-percha heat hydrogen increase induction iron J. J. Thomson layer length liquid magnetic maximum McLeod gauge means measured megohms mercury metal method metre millim mirror molecular molecules motion nitrogen observed obtained ohms oscillations oxygen paper particles Phil phosphorescence phosphorus plane plate poles position potential pressure prism Prof quantity quaternion radius ratio rays readings resistance rotation solution spectrum sun-heat surface surface-tension telephone temperature theory tion tube vapour velocity vibration volts volts volts volume wave-length waves wire zero