Chemical Society of Paris

L. Pasteur, Legons de chimie professees en 1860, Chemical Society of Paris, 1861 translated in the American Jounud of Pharmacy, 34, 15 (1862). 

Pasteur, L., 1860. On the asymmetry of naturally occurring compounds (Two lectures delivered before the Chemical Society of Paris, 20th of January and 3rd of February, 1860). In Richardson, G.M. (Ed.), Memoirs of Stereochemistry. American Book, London, 1901, pp. 1—33. 

Unfortunately, Pasteur s dissymmetry became confused with asymmetry, as can be seen in the Alembic Club s translation of his lecture Recherches sur la Dissymetrie Moldculaire des Produits Organiques Naturels (2), delivered before the Chemical Society of Paris four years later (1860). The title of the English version (3, 4) is Researches on the Molecular Asymmetry of Natural Organic Products. This confusion seems to have arisen partly because of the organic chemist s indifference to symmetry concepts, apparently accelerated by the overwhelming success of van t Hoffs asymmetric carbon atom theory (5) (my italics). 

ProfesBor of Chemistry and Physics In the University of the City of New York) Professor of Chem istry and Toxicologry in the University of Vermont Member of the Chemical Societies of Paris and Berlin Member of the American -Chemical Society Fellow of the American Academy of Medicine of the N. Y. Academy of Medicine of the American Association for the Advancement of Science, etc. 

Bulletin de la Societe Chimique de Paris 1858 /de France) (Bulletin of the Chemical Society of Paris)... 

Societe Chimique de Paris (de France) (Chemical Society of Paris (of France)), 30,91-110, 227, 257, 266, 270, 285, 301, 329-331, 336, 337, 341, 343-345 Societe commerciale, industrielle et maritime d Anvers (Commercial, industrial and Maritime Society of Antwerp), 26... 

Following the Chemical Society of London, other major chemical societies were established in the next few decades, among them the Societe Chimique de Paris in 1857, the Deutsche Chemische Gesellschaft in 1867, and the Amer-... 

This was also the era in which specialist professional societies in chemistry appeared—the Chemical Society of London, the Societ6 Chimique de Paris, and the Deutsche Chemische Gesellschaft. America was late on the scene. In 1876, the American Chemical Society was a local New York society. The ACS of today really came into existence in the 1890s, 50 years behind the Chemical Society of London. The emergence of professional learned societies led to the development of scholarly journals, funded by societies. 

During a second wave, between about 1840 and 1870, national science-oriented chemical societies were founded. Examples are the chemical societies of London, Paris, Berlin and St. Petersburg. While those of Paris and St. Petersburg, initially, had a purely scientific orientation, the societies of London and Berlin also tried to be a platform on which science and industry could meet. 

Societe de Chimie industrielle (Society for industrial Chemistry), 107 Societe de Chimie Physique de Paris (Society of Chemical Physics of Paris), 268 Societe de Pharmacie de Paris (Pharmaceutical Society of Paris), 97 Societe Frangaise de Chimie, see Societe Chimique de Paris (de France)... 

Society of Chemical industry, 140-157,186, 330, 332, 335, 336, 342, 346 Society of Chemical Physics of Paris, see Societe de Chimie Physique de Paris Society of Czech Chemists, see Spolek chemiku ceskych Society of Dutch Chemists, see Scheikundig Gezelschap Society of German Chemists, see Gesellschait Deutscher Chemiker Society of German Natural Scientists and Doctors, see Gesellschaft deutscher Naturforscher und Arzte... 

Australian Ceramic Society, Dutch Ceramic Society, Gypsum Board Association-Japan, Groupe Fran9ais de la Ceramique, Japanese Association of Inorganic Phosphorus Chemistry, Japan Cement Association, Japan Lime Association, Japan Plaster of Paris Industrial Association, Japan Society of Powder and Powder Metallurgy, National Institute for Materials Science, Slovak Silicate Society, The Ceramic Society of Japan, The Chemical Society of Japan, The Technical Association of Refractories-Japan, The JSPS 124th Committee on Advanced Ceramics... 

C. Paris (August 1999 Meeting of the American Chemical Society), quoted by W. Warrat http ffwww. warn com/warrzone. htm... 

R. F. Hudson, Structure and Mechanism in Organophosphorus Chemistry, Academic Press, Inc., New York, 1965 S. Trippett, ed., Organophosphorus Chemistry A Keview of the Eiterature Published, 10 Vols., The Chemical Society, London, U.K., 1970 to 1980 Chimie Organique duPhosphore, CoUoques Intemationaux du Centre National de la Recherche Scientifique 182, Paris, France, May, 1969. 

A graduate of the University of Paris and the French Naval College, Mr.Pierson has pubhshed over one hundred technical pubhcations in the field of Chemical Vap or Deposition. He has alsobeen a contributor to abook on Chemically Vapor Deposited Coatings published by the American Ceramic Society, and has authored three books. 

Paris, D.F., Steen, W.C., Barnett, J.T., Bates, E.H. (1980) Kinetics of degradation of xenobiotics by microorganisms. Paper ENVR-21, 180th National Meeting of American Chemical Society, San Francisco. 

This was the period during which Deville, Berthelot, Moissan, and other leading French chemists had persisted in the use of an outmoded chemical notation abandoned elsewhere. 16 By 1870 or so, the equivalent notation had disappeared in chemical journals outside France. French atomists sometimes used the tactics of the Sorbonne organic chemist Friedel, who wrote acetylene dichloride as C2H2C12 for the Berichte of the Berlin Chemical Society but C4H2C12 for the Comptes rendus of the Paris Academy of Sciences. 17... 

Ostwald, and Arrhenius on the new Zeitschrift fur physikalische Chemie. Raoult s name was one of only three French scientists listed among twenty-one on the title page of the first issue. Thus, Raoult, who had no advanced pupils in the Sciences Faculty at Grenoble, counted Lespieau as his student. Lespieau, in turn, introduced the methods of "cryoscopy" and "ebullioscopy" into Parisian laboratories. At Raoult s request, he also wrote an article on Raoult s apparatus for the Paris Chemical Society. 22 And through Raoult, Lespieau became thoroughly familiar with the latest developments in physical chemistry in the 1880s and 1890s. 

Combes, A. Bull. Soc. Chim. Fr. 1888, 49, 89. Alphonse-Edmond Combes (1858—1896) was bom in St. Hippolyte-du-Fort, France. He apprenticed with Wurtz at Paris. He also collaborated with Charles Friedel of the Friedel-Crafts reaction fame. He became the president of the French Chemical Society in 1893 at the age of 35. His sudden death shortly after his 38 birthday was a great loss to organic chemistry. 

Friedel, C. Crafts, J. M. Compt. Rend. 1877, 84, 1392. Charles Friedel (1832-1899) was born in Strasbourg, France. He earned his Ph.D. in 1869 under Wurtz at Sorbonne and became a professor and later chair (1884) of organic chemistry at Sorbonne. Friedel was one of the founders of the French Chemical Society and served as its president for four terms. James Mason Crafts (1839-1917) was bom in Boston, Massachusetts. He studied under Bunsen and Wurtz in his youth and became a professor at Cornell and MIT. From 1874 to 1891, Crafts collaborated with Friedel at Ecole de Mines in Paris, where they discovered the Friedel-Crafts reaction. He returned to MIT... 

At their meetings on 16 and 18 August 1970, in the Pharmacy School in Paris, the Committee established a constitution and passed a number of resolutions. The 11 members who had served until then were made national representatives of their countries. It was pointed out by Whistler that they did not, at that time, officially represent their countries, and arrangements were made to have them accredited by some authoritative body in each country. That body is usually the Chemical Society or the Academy of Science. It was also decided to create a... 

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