Bonn

La sensibilite aux defauts et autres parametres de controle peut etre amelioree par le choix optimal de la sonde. II apparait, apres etudes des differents types de sondes (ferritiques, acier doux, isolant) avec des geometries differentes (plate, conique,. ..), necessaires de souligner que le succes d une recherche de faisabilite depend en grande partie de la bonne definition des capteurs de mesure, de telle sorte que ceux-ci soient adaptes au probleme considere. 

Zell, A. Simulation Neuronaler Netze, Addison Wesley GmbH, Bonn, Paris, 1994... 

Bonn M, Funk S, Hess C, Denzier D N, Stampfl C, Soheffler M, Wolf M and ErtI G 1999 Phonon versus eleotron-mediated desorption and oxidation of CO on Ru(OOI) Science 285 1042... 

Miuenko Peric, Institut fiir Physikalische und Theoretische Chemie, Uni-versitaet Bonn, Bonn, Germany... 

Note The capping atom s are on ly supported in th e semi-em pirical quantum m ech an ics m eth oils in flyperChem. If yon want to use themixed model in th c a/z i/rilir) m cth od in HyperCh ein, yon must select an en tire molecn le or molecii les with on t any bonn dary atom between the selected and unselectcd regions and then carry ont the calculation. ... 

Technical data, Fischer Labor- und Verfahrenstechnik, Industriepark Kottenforst, D-53340 Meckenheim b. Bonn, Germany. 

E. Gugel and G. Leimer, "Evaluation of Sihcon Carbides for Gas Turbine Apphcation," Final Report., BMET 01ZA055-Z13NTS1003, Bonn, Germany, 1978. 

W. Fischer, Korrosionsschutz durch Information und Normung, Verlag I. Kuron, Bonn 1988. 

WerkstofTe u. Korrosion, J2, 33 (1981) Kommentar zu DIN 50900 in Korrosion durch Information und Normung , Hrsg. W. Fischer, Verlag 1. Kuron, Bonn 1988. 

D. Kuron, Wasserstoff und Korrosion, Bonner Studien-Reihe, Band 3, Verlag 1. Kuron, Bonn 1986. 

Fernmeldebauordnung der Deutschen Bundespost, Teil 10 A, Bundesminister fiir das Post-und Fernmeldewesen, Bonn 1983. 

EE Abola, EC Bernstein, SH Bryant, TF Koetzle, J Weng. Protein data bank. In EH Allen, G Bergerhoff, R Sievers, eds. Crystallographic Databases Information, Content, Software Systems, Scientific Applications, Bonn Data Commission of the International Union of Crystallography, 1987, pp 107-132. 

Cationic Surfactants Physical Chemistry, edited by Bonn N. Rubingh and Paul M. Holland... 

H. G. Dehmelt (University of Washington, Seattle) and W. Paul (Bonn) development of the ion trap technique. 

J. Goerdeler and W. Mittler, Chemiedozententagting, Bonn, 1962 J. Goerdeler, personal communication. 

The generous support of Alexander von Humboldt-Stif-tung, Bonn, Germany, is gratefully acknowledged. One of the authors (I. R.) was granted a scholarship. 

Dr. Birgit Willerding Institute fuer Physikalische Chemie WegelStr. 12 53115 Bonn Germany... 

In 1883 Hertz was appointed Privstdnzent for mathematical physics at Kiel, and after two years became a full professor at the Technische Hochschule in Karlsruhe. In 1889 Hertz left Karlsruhe to assume his last academic post as Professor of Physics at the Friedrich-Wilhelm University in Bonn. Five years later, following a long period of declining health and many painful operations, Heinrich Hertz died in Bonn of blood poisoning on January 1, 1894, a few months before his thirty-seventh birthday. 

Hertz s last piece of experimental work was done when his health was deteriorating and he was devoting most of his research time to intensive theoretical work on the logical foundations of mechanics. In 1892 in his laboratoi-y in Bonn, he discovered that cathode rays could pass through thin metallic foils. He published a short paper on the subject, but did not pursue the matter further. Instead he handed his apparatus and his ideas over to Philipp Lenard (1862—1947), his assistant in Bonn. Lenard pushed Hertz s suggested research so far that Lenard received the Nobel Prize in Physics in 1905 for his work on cathode rays. ... 

Gruhl, W., Leichtmetall-Forschunginstitut of Vereinigte Aluminium-Werke AG, Bonn, Report 1970... 

Theodor Curtius (1857-1928) was born in Duisberg, Germany, and received his doctorate at the University of Leipzig working with Herman Kolbe. He was professor at the universities of Kiel, Bonn, and Heidelberg (1898-1926). 

The mechanism responsible for the formation of gas hydrates became clear when von Stackelberg and his school 42 49 in Bonn succeeded in determining the x-ray diffraction patterns of a number of gas hydrates and Claussen6 helped to formulate structural arrays fitting these patterns. Almost simultaneously Pauling and Marsh26 determined the crystal structure of chlorine hydrate. 

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