The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1894 - English periodicals |
From inside the book
Results 1-5 of 71
Page 5
... quantities of each flowing in unit time across unit section , these quantities depending on aj on a1 and a , and on expressions similar to Meyer's . The velocities a1 and a , are determined exactly as in Stefan's method , so that Tait's ...
... quantities of each flowing in unit time across unit section , these quantities depending on aj on a1 and a , and on expressions similar to Meyer's . The velocities a1 and a , are determined exactly as in Stefan's method , so that Tait's ...
Page 21
... quantity of air passing through any one of them may be regulated or even quite shut off . In the winter , when the valves are open , the air rushes through the tubes with considerable velocity , even when the jet j is not in action ...
... quantity of air passing through any one of them may be regulated or even quite shut off . In the winter , when the valves are open , the air rushes through the tubes with considerable velocity , even when the jet j is not in action ...
Page 23
... quantity neces- sary to produce condensation at the supersaturated parts of the jet , and it is to this condensation that the colour indica- tions apply . If the valve e be closed , and the valves f and h all but closed , the pressures ...
... quantity neces- sary to produce condensation at the supersaturated parts of the jet , and it is to this condensation that the colour indica- tions apply . If the valve e be closed , and the valves f and h all but closed , the pressures ...
Page 24
long as the inflowing air exceeds a certain minimum quantity and the nozzle is of average smoothness . A full discussion of all these points will be in order when I come to measure the thermal distribution within the colour - tube , and ...
long as the inflowing air exceeds a certain minimum quantity and the nozzle is of average smoothness . A full discussion of all these points will be in order when I come to measure the thermal distribution within the colour - tube , and ...
Page 27
... quantity ( p - B ) in ( 1 ) is always to be taken as a numeric , i . e . positively ; otherwise imaginary results are encountered . Suppose now this equation is tested by the data of fig . 5 , as these fairly represent a mean case ...
... quantity ( p - B ) in ( 1 ) is always to be taken as a numeric , i . e . positively ; otherwise imaginary results are encountered . Suppose now this equation is tested by the data of fig . 5 , as these fairly represent a mean case ...
Contents
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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