University of Turin

Avogadro s law, referred to on page 107, was proposed in 1811 by an Italian physicist at the University of Turin with the improbable name of Lorenzo Romano Amadeo Carlo Avogadro di Quarequa e di Cerreto (1776-1856). 

Fabrizio Benedetti Department of Neuroscience, University of Turin Medical School, and National Institute of Neuroscience, Turin, Italy... 

G.C. and G.E. are indebted to the University of Turin for financial support. We also thank Pharma Algorithm (http //www.ap-algorithms.com) for the complimentary copy of the ADME Boxes software (version 3.5, release date November 2006). 

Faculty of Pharmacy University of Turin Via Pietro Giuria 9 10125 Turin Italy... 

CPE VI was held in 1987 at the University of Turin in Italy, with over 150 scientific papers and posters presented to an audience from 32 nations. This assemblage comprised in equal measure scientists from Europe, the New World, and developing nations. 

Professor Natta was also a honorary member of many academies (including the New York Academy of Sciences, the Academy of Sciences of URSS, and the Academic des Sciences de I lnstitut de France) and chemical societies (including the Belgian Chemical Society, the Swiss Chemical Society, and the French Chemical Society). He also received the laurea honoris causa from the University of Louvain, Louvain, Belgium, the University of Turin, Turin, Italy, and the University of Genoa, Genoa, Italy. 

The fact that the lower part of a quantity of blood is black while the surface is red was formerly explained by assuming that the black particles, being heavier, sank to the bottom. In 1759 Giovanni Francesco Cigna, professor of anatomy at the University of Turin, showed that when the dark layers of the blood are successively exposed to the air by removal of the red surface layer, they too become red. At his request Father Giovanni Battista Beccaria tested the effect of a vacuum on blood and found that dark blood remained dark as long as it was kept in a vacuum but became red when subsequently exposed to air (202). 

Cerium in Plants and Animals. Professor Alfonso Cossa, finding the rare earths of the ceria series to be present in many apatites, and realizing the close association in nature between these earths and calcium and phosphorus, tested for them and detected their presence in bone (66). He also detected them in the ash of barley, beech wood, and tobacco. With the aid of C. Schiapparelli and G. Peroni of the University of Turin, he demonstrated their presence in human urine (66, 67, 68). 

G. Chiarabaglio, Dipl. Pharm. Thesis, University of Turin (1978) zit. nach A. Gasco u. A.J. Boulton,... 

Italy. The University of Turin offers a three-year Bachelor of Science (BSc) in organic farming. The University of Tuscia offers a three-year BSc in ecological agriculture. The two, in collaboration with FESIA and the Agricultural University of Norway, also offer a two-year international MSc in agroecology. 

Dionyssios Katsaros (11), Department of Gynecology, Gynecologic Oncology Unit, University of Turin, 10060 Turin, Italy... 

Lorenzi, M., Cristina. Department of Animal and Human Biology, University of Turin, 10123 Torino, Italy... 

Department of Inorganic, Physical, and Material Chemistry University of Turin 1-10125 Turin, Italy... 

C. Lamberti, Department of Inorganic, Physical and Material Chemistry, University of Turin, 1-10125 Turin, Italy and INFM U.d.R. di Torino Universita (265)... 

Department of Materials Science and Chemical Engineering Polytechnic University of Turin Alessandria, Italy... 

R. Dovesi, V.R. Saunders, C. Roetti, M. Causa, N.M. Harrison, R. Orlando, R. Apra, CRYSTAL95 User s Manual, University of Turin, Turin, Italy, 1996. 

Saunders V.R., Dovesi R, Roetti C., Causa M., Harrison N.M., Orlando R. and Zicovich- Wilson C.M., (1999) CRYSTAL 98 User s Manual, University of Turin, Turin,... 

Such a simple empirical law as this called for a simple theoretical interpretation, and in 1811 Amedeo Avogadio (1776-1856), Professor of Physics at the University of Turin, Italy, proposed a hypothesis to explain the aw. Avogadro s hypotiiesis was that equal numbers of... 

In chemistry, a mole is a certain number of particles, usually of atoms or molecules. Just as a dozen particles (abbreviated doz.) would be 12 of them, a mole of particles (abbreviated mol) is 6.022137 X 10 of them. This number, usually shortened to 6.02 X 10, is known as Avogadro s number in honor of Count Amedeo Avo-gadro (1776-1856), an Italian professor of chemistry and physics at the University of Turin who was the first person to distinguish in a useful way between atoms and molecules. It is such a huge number (more than 600 billion trillion) because atoms and molecules are so incredibly tiny that we must have huge numbers of them before we can do anything useful with them. 

Lorenzo Romano Amedeo Carlo Avogadro, Conte di Quaregna e Ceretto was born in Turin, Italy in 1776 and was educated as a church lawyer. During the early 1800s, he studied mathematics and physics and was appointed to a professorship at the Royal College of Vercelli where he produced his hypothesis on gases. From 1820 untii his death, Avogadro was professor of physics at the University of Turin where he conducted research on eiectricity and the physicai properties of iiquids. 

Giulio Natta (1903-1979) one of the early supporters of the oxo reaction [9, 81], discovered in 1956 the isotacticity and syndiotacticity of olefin polymerization (e. g., propylene Section 2.3.1.1) using Ziegler s Me-tallorganische Mischkatalysatoren (see above). The industrial production of isotactic polypropylene started at Montecatini in Italy in 1956. Natta was a professor at the universities of Turin and Milan. He received the Nobel prize for chemistry together with Karl Ziegler in 1963. 

Ruzickova, G., Reinohl, V., Svoboda, Z., Mikulikova, R. and Kocourkova, B. (2009). Quality assessment of some European caraway resources Carum carvi L.) (2009) In Book of Abstracts from 40th International Symposium on Essential Oils. Bicchi, C. and Rubiolo, P. (Eds ), pp. 96. University of Turin, Savigliano, Italy. 

Lenaerts V Deghenghi R Camanni F Ghigo E. performed at the Department of Clinical Pathophysiology, University of Turin, Italy and reported in the J Clin Endocrinol Metab 1994 Nov 79(5) 1440-3 we find useful answers. 

Cerutti, M.G. (2004) Characterization of bioactive glasses. Effect of the immersion in solutions that simulate body fluids. PhD Dissertation. University of Turin, Italy. 

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