The Chemical News and Journal of Physical Science, Volumes 31-32Griffin, Bohn and Company, 1875 |
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Page 49
... hydrate , " 1 C34H19O8NHO + NO5 . C34H10O8NHO . C68H38016N2HO ! It is a misnomer to call these hydrates , because there is no HO of hydration corresponding with the acid con- stituents - they are truly oxides of the ammonium of which ...
... hydrate , " 1 C34H19O8NHO + NO5 . C34H10O8NHO . C68H38016N2HO ! It is a misnomer to call these hydrates , because there is no HO of hydration corresponding with the acid con- stituents - they are truly oxides of the ammonium of which ...
Page 207
... hydrate of carbon . From this primordial hydrate they derive , by ulterior transformations , the numerous organic compounds of the vegetable kingdom . This theory would find a solid base if it were possible to isolate the carbon of any ...
... hydrate of carbon . From this primordial hydrate they derive , by ulterior transformations , the numerous organic compounds of the vegetable kingdom . This theory would find a solid base if it were possible to isolate the carbon of any ...
Page 212
... hydrate 194'400 99 91 sulphocyanide ferrocyanide 0.261 .. 0'423 396,756 aluminate Grammes per litre .. I now proceed to give some full analyses of the finished caustic , starting with white 60 per cent . Sodium hydrate .. A. B. 2.536 72 ...
... hydrate 194'400 99 91 sulphocyanide ferrocyanide 0.261 .. 0'423 396,756 aluminate Grammes per litre .. I now proceed to give some full analyses of the finished caustic , starting with white 60 per cent . Sodium hydrate .. A. B. 2.536 72 ...
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acetic acid action adulterated alcohol alkali alum alumina ammonia amount analysis aniline anthracen apparatus appears applied baryta Bill body boiling butter calcium carbonic acid cent CHEMICAL chemist Chemistry chloride chromic acid chrysene clause colour compound containing copper crystalline crystals decomposed decomposition dilute dissolved distilled ether evaporation experiments filter filtrate gases give glass grms heat hydrate hydrochloric acid hydrogen insoluble iodide iron liquid London magnesia magnet manufacture matter mercury metallic method milk mineral mixed mixture nitrate nitric acid nitrogen obtained ordinary oxalate oxide oxygen paper patent phosphate phosphoric acid plane platinum potash potassium powder precipitate present produced proportion Public Analysts pure pyrites quantity residue salts sample sesquioxide silicate silver Society sodium solid soluble solution substance sugar sulphate sulphide sulphuric acid tartaric tartaric acid temperature tion tube vacuum washed weight whilst wine yielded zinc