Quarterly Journal of the Chemical Society of London |
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Page 281
... chloride in acetic acid - hydrogen chloride at 100 ° under pressure , as recommended by Fries and Schimmelschmidt ( loc . cit . ) , conversion into 4 - chloro - ß - naphthol ( III ) occurs . Prolonged treat- ment of ( II ) with sodium ...
... chloride in acetic acid - hydrogen chloride at 100 ° under pressure , as recommended by Fries and Schimmelschmidt ( loc . cit . ) , conversion into 4 - chloro - ß - naphthol ( III ) occurs . Prolonged treat- ment of ( II ) with sodium ...
Page 382
Chemical Society (Great Britain). • the liquid assumed a yellow coloration . Hydrogen chloride was evolved copiously . The product was distilled unde : reduced pressure . Yield , 105 g . ( 87 % ) , b . p . 92 ° / 17 mm . ( Found : Cl ...
Chemical Society (Great Britain). • the liquid assumed a yellow coloration . Hydrogen chloride was evolved copiously . The product was distilled unde : reduced pressure . Yield , 105 g . ( 87 % ) , b . p . 92 ° / 17 mm . ( Found : Cl ...
Page 866
... Hydrogen Chloride on Methyl Cyanide . By LEONARD E. HINKEL and GLYN J. TREHARNE . Hydrogen chloride readily combines with methyl cyanide at low temperatures forming a crystalline acetamido dichloride . The latter compound is unstable ...
... Hydrogen Chloride on Methyl Cyanide . By LEONARD E. HINKEL and GLYN J. TREHARNE . Hydrogen chloride readily combines with methyl cyanide at low temperatures forming a crystalline acetamido dichloride . The latter compound is unstable ...
Contents
An Investigation of the Occurrence of the Coordinate or Dative Link by Electric Dipolemoment | 38 |
Electrolytic Dissociation Processes Part IV The Ionisation of a CarbonHalogen Bond | 129 |
By J SHERIDAN | 133 |
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4-benzthiazine absorption acetic anhydride acetone acetyl acetylene added addition adsorbed alkali Amer ammonia aqueous atoms benzene boiling bond Calc carbinol carbon catalyst CH₂ Chem chloroform colourless needles compound concentrated condensation cooling crystallised from alcohol crystals cyclisation D.Sc decomp derivative described dilute dissolved distilled dried ester ethanol ether ethylene evaporated EXPERIMENTAL extracted filtered filtrate formation formed Found fraction gave give heated hydrocarbons hydrochloric acid hydrogen bromide hydrogen chloride hydrolysis iodide isolated ketone light petroleum liquid methiodide method methyl alcohol mixed m. p. mixture molecule nickel nitric nitrogen obtained optically oxide oxychloride phosphate phosphorus picrate potassium potassium hydroxide precipitate prepared pressure prisms pyridine reaction reduced refluxed requires residue ring room temperature salt saturated separated sodium carbonate sodium hydroxide solid soluble solution solvent structure substance sulphate sulphuric acid vacuum washed yellow needles yield zinc