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Libby

In the intervening years mueh excellent analytical work has been done by Libby, Lord, Dodd, Deeds, Palanisamy and many others which has given us a practical method of understanding eddy current behavior in many applications including nuclear inspection and aerospace where problems of safety and reliability have become so important to us all. [Pg.274]

Tritium first detected in atmospheric hydrogen (V. Fairings and P. Harteck) and later shown to be present in rain water (W. F. Libby et al, 1951). [Pg.33]

Concept and feasibility of C dating e.stablished by W. F. Libby (awarded Nobel Prize in 1960),... [Pg.270]

W. F. Libby (Los Angeles) use of carbon-14 for age determination in archeology, geology, geophysics, and other branches of science. [Pg.1298]

Libby, C. C. Motor Section and Application, McGraw-Hill Book Co., New York, 1960. [Pg.495]

Under his guidance, the chemistry department at Berkeley became perhaps the most prestigious in the country. Among the faculty and graduate students that he attracted were five future Nobel Prize winners Harold Urey in 1934, William Giauque in 1949, Glenn Seaborg in 1951, Willard Libby in 1960, and Melvin Calvin in 1961. [Pg.174]

During the 1950s, Professor W. F. Libby (1908-1980) of the University of Chicago and others worked out a method for determining the age of organic material It is based on the decay rate of carbon-14. The method can be applied to objects from a few hundred up to 50,000 years old. It has been used to determine the authenticity of canvases of Renaissance painters and to check the ages of relics left by prehistoric cave dwellers. [Pg.519]

Lewis structure An electronic structure of a molecule or ion in which electrons are shown by dashes or dots (electron pairs), 166-167,192q formal charge, 171-172 nonmetal oxides, 564-565 oxoacids, 567 resonance forms, 170-171 writing, 168-169 Libby, Willard, 174... [Pg.691]

Ren R. S. Packard, Peter Libby Division of Cardiovascular Medicine, Department of Medicine, Brigham and Women s Hospital, Harvard Medical School, Boston, MA, USA... [Pg.224]

Hansson GK, Libby P (2006) The immune response in atherosclerosis a double-edged sword. Nat Rev Immunol 6 508-519... [Pg.229]

Libby P, Aikawa M (2002) Stabilization of atherosclerotic plaques new mechanisms and clinical targets. Nat Med 8 1257-1262... [Pg.229]

Libby P, Ridker PM (2006) Inflammation and athero-thrombosis from population biology and bench research to clinical practice. J Am Coll Cardiol 48(9 Suppl) A33-A46... [Pg.229]

Rates (101k) of dedeuteration by 0.6 M KNHa in liquid ammonia at 0° were also determined by Hall et al. as follows Benzene, 1000 toluene, 410 (ortho), 360 (meta), 440 (para) /-butylbenzene, 32 (ortho), 210 (para). The toluene values are in fair agreement with those in Table 177, and the low reactivity at the or/Ao-position of /-butylbenzene was considered to be of steric origin. (G. E. Hall, E. M. Libby and E. L. James, J. Org. Chem., 28 (1963) 311). [Pg.406]

Alexander, C. A. (Batelle Memorial Institute, Columbus Laboratories) data presented at the Libby-Cockcroft Exchange Meeting on Phase Diagrams and Thermodyanmlcs of Fuel Materials, May 20-22, 1968. [Pg.146]

In the technique developed by Willard Libby in Chicago in the late 1940s, the proportion of carbon-14 in a sample is determined by monitoring the (1 radiation from C02 obtained by burning the sample. This procedure is illustrated in Example 17.4. In the modern version of the technique, which requires only a few milligrams of sample, the carbon atoms are converted into C ions by bombardment of the sample with cesium atoms. The C ions are then accelerated with electric fields, and the carbon isotopes are separated and counted with a mass spectrometer (Fig. 17.19). [Pg.832]

Libby, W., 713 ligand, 671, 672 ligand field splitting, 682 ligand-field theory, 688 ligand-to-metal transition, 686 light, 4, 6... [Pg.1034]

Libby, R, Lihan, A., and Williams, R, Strained premixed laminar flames with nonunity Lewis numbers. Combust. Set. Technol, 34, 257, 1983. [Pg.117]

K.N.G. Bray, PA. Libby, G. Masuya, and J.B. Moss 1981, Turbulence production in premixed turbulent flames. Combust. Sci. Technol. 25 127-140. [Pg.153]


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