The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1891 |
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Page 118
... atomic weights of cæsium and gold would be 63.3 , which is not nearly so similar to the difference between the atomic weights of cæsium and rubi- dium , which is 47-7 , as that between cæsium and copper , which is 69.7 . Also still ...
... atomic weights of cæsium and gold would be 63.3 , which is not nearly so similar to the difference between the atomic weights of cæsium and rubi- dium , which is 47-7 , as that between cæsium and copper , which is 69.7 . Also still ...
Page 120
... atomic weights . If , therefore , it were possible to separate iodine into bodies with atomic weights approaching gradually to that of caesium , might it not be thought that a very slight difference of atomic weight would correspond to ...
... atomic weights . If , therefore , it were possible to separate iodine into bodies with atomic weights approaching gradually to that of caesium , might it not be thought that a very slight difference of atomic weight would correspond to ...
Page 503
positive knowledge of the existence of any element in the atomic form as a solid . We know that four or five metals are atomic in their vapours , and that in iodine vapour at a certain temperature the molecules separate into atoms . But ...
positive knowledge of the existence of any element in the atomic form as a solid . We know that four or five metals are atomic in their vapours , and that in iodine vapour at a certain temperature the molecules separate into atoms . But ...
Contents
Prof J J Thomson on the Illustration of the Properties | 36 |
On Electrical Convection by A Righi | 74 |
JOURNAL OF SCIENCE | 77 |
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action æther allotropic silver alteration amplitude angle of incidence aperture atomic axis ball and point calculated cell cent centim centimetres chloride circuit coil colour condenser conductivity conductor constant curve Daniell cell deflexion determined dielectric dielectric constant discharge distance earths effect electricity electrodes electrolyte electromotive force electrostatic induction elements equal equation experiments film formula galvanometer given glass heat hydrochloric acid increase J. J. Thomson length light lines liquid magnetic force maximum means measured metal method mirror molecules NaCl NaNO3 needle negative Nicol prisms observed obtained oscillations oxide paper parallel phase Phil plane of incidence plate platinum polarization positive potassium ferricyanide potential pressure prisms produced Prof quantity resistance rotation salts selenium sensitive solubility solution spectra surface temperature thickness tion tubes of electrostatic velocity vibration wave-length wire yttria