The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1894 - English periodicals |
From inside the book
Results 1-5 of 82
Page 9
... necessary to have such verification here before proceeding . From a single determination of the ratio of D2 to D , at any two temperatures T , and T , we can calculate from ( 8 ) a value of 1C2 which is a measure of the potential energy ...
... necessary to have such verification here before proceeding . From a single determination of the ratio of D2 to D , at any two temperatures T , and T , we can calculate from ( 8 ) a value of 1C2 which is a measure of the potential energy ...
Page 16
... necessary to obtain approximate values of C2 for use in the equation D273 1 + 1C2 / T Data = ( 213 ) 1 + 1C2 / 273 Dr T These can be calculated from equation ( 9 ) if we know C1 and Mẞ for the esters . The values of C1 can be obtained ...
... necessary to obtain approximate values of C2 for use in the equation D273 1 + 1C2 / T Data = ( 213 ) 1 + 1C2 / 273 Dr T These can be calculated from equation ( 9 ) if we know C1 and Mẞ for the esters . The values of C1 can be obtained ...
Page 19
... necessary to produce a given colour , when the cloudy condensation is produced by sudden expansion of the gas in a suitable tube , containing enough moisture to satu- rate the air . The importance of temperature is pointed out , but not ...
... necessary to produce a given colour , when the cloudy condensation is produced by sudden expansion of the gas in a suitable tube , containing enough moisture to satu- rate the air . The importance of temperature is pointed out , but not ...
Page 20
... necessary apparatus is given in Pl . V. fig . 1 , where the colour - tube is shown at AA , and the method of varying the temperature and dustiness of the inflowing air is shown at E , D , F. The colour - tube is identical in form with ...
... necessary apparatus is given in Pl . V. fig . 1 , where the colour - tube is shown at AA , and the method of varying the temperature and dustiness of the inflowing air is shown at E , D , F. The colour - tube is identical in form with ...
Page 23
... necessary that at all steam - pressures the amount of air entering C should be nearly proportioned to the amount of issuing steam . No doubt this is nearly the case ; for not only do the air- and steam - currents increase and decrease ...
... necessary that at all steam - pressures the amount of air entering C should be nearly proportioned to the amount of issuing steam . No doubt this is nearly the case ; for not only do the air- and steam - currents increase and decrease ...
Contents
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19 | |
36 | |
55 | |
81 | |
89 | |
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279 | |
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336 | |
351 | |
358 | |
365 | |
131 | |
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371 | |
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386 | |
393 | |
409 | |
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473 | |
482 | |
488 | |
505 | |
537 | |
553 | |
567 | |
580 | |
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Common terms and phrases
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