Philosophical MagazineTaylor & Francis., 1921 - Physics |
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Page 22
... vapour pressure is negligible in comparison with internal pressure , we may take the pressure in a liquid = A18 , whence VK = -2λ18 ( in me- as K = ат 1,2 = av 1 - = a 2 chanical units ) . Now vək V = where is the coefficient av B ' of ...
... vapour pressure is negligible in comparison with internal pressure , we may take the pressure in a liquid = A18 , whence VK = -2λ18 ( in me- as K = ат 1,2 = av 1 - = a 2 chanical units ) . Now vək V = where is the coefficient av B ' of ...
Page 26
... 70 181.4 66.9 ... 0,156 1.97 80 187 5 ( extr . ) 641 0,152 1.99 * From vapour - pressure at -20 ° C. † Bakker ( loc . cit . ) . Ramsay & Shields . Ethylene Dichloride . T. B. p . ρ . a 26 Mr. D. L. Hammick on Surface Energy ,
... 70 181.4 66.9 ... 0,156 1.97 80 187 5 ( extr . ) 641 0,152 1.99 * From vapour - pressure at -20 ° C. † Bakker ( loc . cit . ) . Ramsay & Shields . Ethylene Dichloride . T. B. p . ρ . a 26 Mr. D. L. Hammick on Surface Energy ,
Page 267
... vapours of many elements easily become luminous at moderate temperatures . Such , for example , are the vapours of I ... vapour took up the temperature of the enclosure . From this he concluded that the emission of the green line had ...
... vapours of many elements easily become luminous at moderate temperatures . Such , for example , are the vapours of I ... vapour took up the temperature of the enclosure . From this he concluded that the emission of the green line had ...
Page 268
... vapour of an element is bombarded by electrons , this is the line which is the first to be excited , other lines appearing only when the stimulus is substantially greater . The potential V = [ ( 18 ) — ( 2p ) ] is therefore called the ...
... vapour of an element is bombarded by electrons , this is the line which is the first to be excited , other lines appearing only when the stimulus is substantially greater . The potential V = [ ( 18 ) — ( 2p ) ] is therefore called the ...
Page 273
... vapour is enclosed in a vessel , such that the pressure is always main- tained at 10-3 atm . , we have seen that with increasing temperature the proportion ionized varies as follows : - Temperature ... 2000 ° 3000 ° 4000 ° 5000 ° 6000 ...
... vapour is enclosed in a vessel , such that the pressure is always main- tained at 10-3 atm . , we have seen that with increasing temperature the proportion ionized varies as follows : - Temperature ... 2000 ° 3000 ° 4000 ° 5000 ° 6000 ...
Contents
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absorption anemometer angle anode approximately argon assumed atoms axis beam benzene beta particles boundary calculated cent centre circuit coefficient coil colour constant convection corresponding crystal curve D₁ deflexion determined diameter disappearance discharge distance effect electric electrons elements energy equal equation experiments expression filament film formula frequency function gamma rays gases given gives grid heat helium horizontal hydrogen increase inductance intensity ionization ionization chamber J. J. Thomson layer light lines liquid magnetic maximum measured method molecule motion nitrogen number of electrons observed obtained paper particles Phil phosphorus Phys plane plate positive charge potential pressure primary quantity radius ratio resistance rhodopsin ring rotation scattering screen shown solution spectrum surface Table temperature theory thorium tube vapour vector velocity voltage volts W. H. Bragg wave-length wire zero