Paris, Imprimerie et fonderie de Fain, 1833.
Reference : 7376
Réunion de mémoires, la plupart de Berthier, publiés dans diverses revues scientifiques pendant 6 ans. Illustré par 3 planches dépliantes hors-texte. Pierre Berthier (1782-1861) "analysed kaolin, pioneered in locating deposits of native phosphates for use in agriculture, analyzed dozens of minerals and metalliferous ores, and discovered several new mineral species, including bauxite and Berthierite. Berthier is credited with knowing, before Mitscherlichors-textes work on isomorphism, that substances that are chemically different may have the same crystalline form and may even cocrystallize." DSB 2, 72. Les notes marginales ont parfois été rognées par le relieur, quelques pages brunies. Cachet de bibliothèque. Manque à Cole, Duveen. /// In-8 de (4), 329, (1) pp., 3 planches hors-texte. Demi-percaline verte, dos orné, tranches mouchetées. (Reliure de l'époque.) //// /// PLUS DE PHOTOS SUR WWW.LATUDE.NET
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P., De Fain, 1833, un volume in 8, broché, couverture muette de l'époque, (rousseurs, cachet de bibliothèque, manque de papier dans l'angle supérieur du premier plat de couverture), (2), 329pp., 3 PLANCHES dépliantes
---- EDITION ORIGINALE DE CET OUVRAGE INCONNU DE DSB et de PARTINGTON dans lequel Berthier a réuni et publié en un volume les mémoires et articles qu'il avait fait paraître de 1827 à 1832 dans différentes revues ---- "Berthier was called in 1806 to the newly completed central laboratory of the Board of Mines. In 1816, he was appointed professor of assaying and chief of the laboratory at the Ecoles des Mines. Berthier pblished more than 150 papers on a wide variety of scientific subjects. Most appeared in Annales de chimie and Annales des mines. He analyzed kaolin, pioneered in locating deposits of native phosphates for use in agriculture, analyzed dozens of minerals an metalliferous ores and discovered several new mineral species. He is credited with knowing, before Mitscherlich's work on isomorphism, that substances that are chemically different may have the same crystalline form and may even cocrystallize... His importance lies in what he added to French geology, mineralogy and metallurgy...". (DSB II P. 72) - Partington IV pp. 97/98**505/A7DE