Journal of the Chemical Society, Volume 69Chemical Society., 1896 |
Contents
Influence of Temperature on the Refractive Power and | 1 |
The Alkaline Reduction of Metanitraniline By RAPHAEL | 7 |
and | 17 |
52 other sections not shown
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Common terms and phrases
acetic acid acetic anhydride acetyl chloride acetylene action alcohol alkaline ammonia ammonium anhydride aqueous axes axis barium benz-antialdoxime benzene boiling bromide calcium calculated camphoric acid carbon Casium cent CH₂ cis-acid CO₂ cold colourless compound concentration cooling cryoscopic crystallised crystals cyanate decomposed decomposition density derivative determined dextrose diacetylglycerate dilute dispersion dissolved distilled ethereal salt ethylene dibromide ethylic evaporated experiments flame formed formula gave glycerate grams H₂O heated hydrochloric acid hydrogen chloride hydrolysis insoluble isomeric lead light petroleum liquid luminosity luteolin melting point methylic dibenzoylglycerate mixture molecular volume molecular weight needles nitric acid nitrogen numbers observed obtained optic axial angle optical ellipsoid oxide oxime phenyl phosphorus potash potassium precipitate prepared prisms Professor Smithells quantity readily refractive indices requires residue rubidium second median line separated silver nitrate sodium sodium carbonate soluble solution solvent specific rotation substance sulphate sulphuric acid temperature thiocarbimide tion trans-acid tube values whilst yield