Nature, Volume 55Nature Publishing Group, 1896 |
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Página 152
... pressure , lowering of freezing - point , and reduction of vapour pressure ? -we are told that the dissolved substance exerts the same pressure as if it were a gas and occupied the volume of the solvent , and that when dissociated it ...
... pressure , lowering of freezing - point , and reduction of vapour pressure ? -we are told that the dissolved substance exerts the same pressure as if it were a gas and occupied the volume of the solvent , and that when dissociated it ...
Página 254
... pressure of a dis- solved gas with the pressure which would be exercised by the gas alone if it occupied the same total volume in the absence of the solvent . From this follows the formal extension of Avogadro's law to the osmotic pressure ...
... pressure of a dis- solved gas with the pressure which would be exercised by the gas alone if it occupied the same total volume in the absence of the solvent . From this follows the formal extension of Avogadro's law to the osmotic pressure ...
Página 272
... PRESSURE . S. E. PEAL . IN N last week's NATURE , Lord Rayleigh gave , for an involatile liquid , a rigorous and clear proof of " the Central Theorem " of osmotics . But this theorem , though highly interesting in itself , is not , so ...
... PRESSURE . S. E. PEAL . IN N last week's NATURE , Lord Rayleigh gave , for an involatile liquid , a rigorous and clear proof of " the Central Theorem " of osmotics . But this theorem , though highly interesting in itself , is not , so ...
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