Chemical News and Journal of Industrial Science, Tom 39Chemical news office., 1879 |
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Strona 4
... Compounds . Now to apply this reasoning to the dissociation of a known compound body into its elements- A compound body , such as a salt of calcium , has as definite a spectrum as a simple one ; but while the spec- trum of the metal ...
... Compounds . Now to apply this reasoning to the dissociation of a known compound body into its elements- A compound body , such as a salt of calcium , has as definite a spectrum as a simple one ; but while the spec- trum of the metal ...
Strona 5
... compound bodies at all , because there is no spectroscopic break between acknowledged compounds and the sup- posed elementary bodies . The spectroscopic differences between calcium itself at different temperatures is , as I shall show ...
... compound bodies at all , because there is no spectroscopic break between acknowledged compounds and the sup- posed elementary bodies . The spectroscopic differences between calcium itself at different temperatures is , as I shall show ...
Strona 11
... COMPOUND BODIES . * By J. NORMAN LOCKYER , F.R.S. ( Concluded from p . 5. ) II . I also remarked that this result ... compounds is and Hydrogen . Calcium . reduced as dissociation works its way , and the spectrum of each constituent ...
... COMPOUND BODIES . * By J. NORMAN LOCKYER , F.R.S. ( Concluded from p . 5. ) II . I also remarked that this result ... compounds is and Hydrogen . Calcium . reduced as dissociation works its way , and the spectrum of each constituent ...
Strona 12
... compounds , the compounds must have been formed at a very high temperature . It is easy to imagine that there may be no superior limit to temperature , and therefore no superior limit beyond which such combinations are possible ...
... compounds , the compounds must have been formed at a very high temperature . It is easy to imagine that there may be no superior limit to temperature , and therefore no superior limit beyond which such combinations are possible ...
Strona 14
... compounds are broken up at the temperature of the Bunsen burner . The spectrum , e.g. of the chloride , so far as I know , has never been seen . Hydrogen . All the phenomena of variability and inversion in the order of intensity ...
... compounds are broken up at the temperature of the Bunsen burner . The spectrum , e.g. of the chloride , so far as I know , has never been seen . Hydrogen . All the phenomena of variability and inversion in the order of intensity ...
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