Journal of the Chemical Society, Volume 131, Part 1The Society., 1928 |
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Common terms and phrases
1-methyl 2-methyl ether 3-benztriazole acetic anhydride acetone action added addition alcoholic solution alkali aluminium ammonia aqueous sodium aqueous solution atom benzene benzoyl boiling bromine Calc carbon tetrachloride CH₂ Chem chloride chloroform colour colourless needles compound concentrated condensation constant containing cooling corresponding crystals decomp decomposed decomposition described dilute dissolved distilled dried effect electrode ester evaporated excess EXPERIMENTAL extracted with ether filtrate formed formula Found fraction gave glacial acetic acid halogen heated hydrochloric acid hydrogen hydrolysis insoluble iodide ionisation isolated ketone lactone melting point method methyl alcohol mixture molecular molecule mother-liquor nitrate nitric acid obtained oxide oxidised oxime parachor permanganate potassium hydroxide precipitate prepared prisms pure pyridine quantity reaction readily soluble reduction residue rotatory power salt semicarbazone separated silver sodium carbonate sodium hydroxide solvent sparingly soluble substance sulphate sulphuric acid Table temperature values washed yellow needles yield
Popular passages
Page 49 - Application was made to the Government Grant Committee of the Royal Society for a grant of £250 for the hire of a vessel.
Page 197 - We wish to thank the Department of Scientific and Industrial Research for a grant to one of us (DGHM) and Imperial Chemical Industries for providing apparatus.
Page 18 - The authors wish to record their thanks to the Department of Scientific and Industrial Research for a maintenance grant to one of them (AJH) during a part of the period covered by this work.
Page 412 - ... being added from time to time to replace that lost by evaporation.
Page 181 - The alcohol soluble substance from fraction II was united with that from fraction III. The solution was evaporated to dryness under reduced pressure, the residue taken up in water and boiled gently for about an hour with an excess of copper hydroxide. The filtered solution was evaporated to dryness under reduced pressure and the residue boiled with absolute alcohol. The undissolved part was dissolved in water, freed from copper by hydrogen sulphide, and the solution again evaporated to dryness under...
Page 751 - ... resultant complex mixture (which is also a limit mixture) is unchanged," they proceeded to say that the same thing holds good for the propagation of flame " not only in limit mixtures, but in all mixtures of inflammable gases with air (or oxygen), provided that the mixtures of the individual gases are of the same type, all containing excess of oxygen or all containing excess of combustible gas.
Page 698 - We wish to express our thanks to the Department of Scientific and Industrial Research for a grant made to one of us (JGP) during the course of this investigation.
Page 501 - ... reasonable to suppose that glass is more readily penetrated by sodium and lithium hydroxides than by potassium hydroxide, possibly because of smaller dimensions of the ions.