Journal of the Chemical Society, Volume 101,Partie 2Chemical Society., 1912 "Titles of chemical papers in British and foreign journals" included in Quarterly journal, v. 1-12. |
Autres éditions - Tout afficher
Journal of the Chemical Society, Volume 75 Chemical Society (Great Britain) Affichage du livre entier - 1899 |
Journal of the Chemical Society, Volume 52 Chemical Society (Great Britain) Affichage du livre entier - 1887 |
Journal of the Chemical Society, Volume 55 Chemical Society (Great Britain) Affichage du livre entier - 1889 |
Expressions et termes fréquents
absorption acetic anhydride acetone acetyl acetyl chloride action alcoholic solution alkali amine ammonium aniline aqueous solution atom band benzene benzoyl chloride boiling bromine c.c. N₂ carbon dioxide cent CH₂ Chem chloroform CO₂ cold colour colourless compound concentrated condensation conductivity containing copper crystallises crystals decomposed decomposition derivative described dilute diphenylsilicanediol dissolved distilled disulphide ester ether ethyl acetate evaporated experiments extracted formed formula fraction gave glacial acetic acid grams H₂O heated hydrochloric acid hydrogen hydrolysis insoluble iodide iodine ketone labile light petroleum liquid litre melting point method Methylamine mixture molecular molecule needles nitrate nitric acid nitrogen obtained oxidation oxygen potassium hydroxide precipitate prepared present prisms pure pyridine reaction readily soluble refraction requires residue salt separated silver small quantity sodium hydroxide solvents sparingly soluble substance sulphate sulphide sulphuric acid temperature thiocarbamide tion Trans tube values vapour washed weight whilst yellow yield Zeitsch
Fréquemment cités
Page 1856 - Application was made to the Government Grant Committee of the Royal Society for a grant of £250 for the hire of a vessel.
Page 1692 - In 1864 Meyer published his well-known treatise on the Modern Theories of Chemistry, in which the views of Cannizzaro are fully developed. To those who have read Cannizzaro's Sketch of a Course of Chemical Philosophy, of which a belated...
Page 1687 - The ultimate reason of the law in question is to be found in the very remarkable relation established by the hand of Nature between the specific gravity of a body in the gaseous state and its chemical equivalent ; — a relation of such a kind that quantities by weight of the various gases expressed by their equivalents, or in other words quantities by weight which combine, occupy under similar circumstances of pressure and temperature either equal volumes or volumes bearing a simple proportion to...
Page 1682 - Piria4 being transferred to Turin, while Bertagnini was appointed to replace him at Pisa. At Genoa there was at first no laboratory, and it was only in the year following his appointment that Cannizzaro could obtain rooms in which to carry on his work. At this time, or probably earlier, he must have begun to meditate on those fundamental questions in chemical theory which led to the famous 'Sunto di un Corso di Filosofia Chimica', communicated, in March, 1858, through Professor di Luca to the Nitovo...
Page 1836 - Radium (Ra), 226-4 ; Rhodium (Rh), 102-9 ; Rubidium (Rb), 85-45; Ruthenium (Ru), 101-7 ; Samarium (Sa), 150-4 ; Scandium (Sc), 44-1 ; Selenium (Se), 79-2 ; Silicon (Si), 28-3 ; Silver (Ag), 107-88 ; Sodium (Na), 23-00 ; Strontium (Sr), 87-63 ; Sulphur (S), 32-07 ; Tantalum (Ta), 181-5 ; Tellurium (Te), 127-5 ; Terbium (Tb), 159-2 ; Thallium (Tl), 204-0 ; Thorium (Th), 232-4 ; Thulium (Tm), 168-5; Tin (Sn), 119-0 ; Titanium (Ti), 48-1 ; Tungsten (W), 184-0 ; Uranium (U...
Page 2012 - prepared mind," that is, the mind so gifted with imaginative insight and so fortified by accurate training as to be alert to perceive and quick to seize upon the novel and essential, which is turned at once to unexpected uses. It has been well said that "the discovery which has been pointed to by theory is always one of profound interest and importance, but it is usually the close and crown of a long and fruitful period; whereas the discovery which comes as a puzzled surprise usually marks a fresh...
Page 1681 - Independent, which, escaping the Neapolitan fleet, succeeded in reaching Marseilles. After some months Cannizzaro made his way to Paris, and having found admission, presumably through the introduction of Piria, into the laboratory of Chevreul, he resumed his chemical studies. Here he joined Cloez in work on cyanogen chloride and the production of cyanamide, and their results, published in 1851, constituted Cannizzaro's first contribution to the records of chemical research. At the close of 1851 he...
Page 1694 - Herein he differs from Gerhardt, who had represented the atoms of all the metals as fractions of the respective molecules, as in the case of hydrogen. A little later Cannizzaro comes very near to the modern idea of valency when discussing the capacity of saturation of different atoms.
Page 1685 - ... buildings in the Via Panisperna. Here he ultimately established a school, and in spite of the heavy official duties which devolved on the professor he continued during many years the study of the complex and interesting compound, santonin, and worked out its constitution with the co-operation of his pupils and assistants, Amato, Carnelutti, Gucci, Sestini, Valente, and others. At the same time that he received the call to the University he was made a Senator of the kingdom, and as a Moderate...
Page 2386 - The author wishes to acknowledge his indebtedness to the Government Grant Committee of the Royal Society for the means of purchasing some of the apparatus used in these experiments, and also to Prof.