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Wilson Laboratories

A good grade of desoxycholic acid should be used. The product from Wilson Laboratories has been found to be satisfactory. [Pg.22]

J. Tuzo Wilson Laboratories, Erindale College, University of Toronto, Mississauga, Ontario, Canada L5L 1C6... [Pg.135]

Wilson Laboratories, 4221 South Western Blvd., Chicago 9, III. [Pg.1383]

Div., 299 Park Ave., N.Y., N.Y. 10017 Westville Chemical Corp., Route 110, Monroe, Conn. 06468 Wilkens-Anderson Co., 4515 W. Division St., Chicago, 111. 60651 Wilson Laboratories, 4221 South Western Blvd., Chicago, 111. 60609 Wood Ridge Chemical Corp., Park Place East, Wood Ridge, N.J. 07075 Yeda Research and Development Co. Ltd., P.O. Box 26, Rehovoth, Israel... [Pg.177]

Cornell Electron Storage Ring (CESR), CHESS, Cornell University, 200 L. Wilson Laboratory, Ithaca, New York, NY 14853, USA. Director B. W. Batterman... [Pg.535]

K.T. Finley and J. Wilson, Laboratory Manual in Fundamental Organic Chemistry ,... [Pg.44]

J. F. Ryley and R. G. Wilson, Laboratory studies with some recent anticoccidials. Parasitology, 1975, 70, 203-222. [Pg.158]

Practical energy efficiency is defined as the efficiency of technical grinding compared with that of laboratory crushing experiments. Practical efficiencies of 25 to 60 percent have been shown [Wilson, Min. Technol, Tech. Publ. 810, 1937 and Bond and Maxson, Trans. Am. Jn.st. Min. Metall. Pet. Eng., 134, 296 (1939)]. [Pg.1832]

We would like to thank Marjan Race for putting forward the original concept, Shaun Wilson of Charles Evans and Associates and Yale Strausser of Surface Science Laboratories for help in further defining the Series, and the Editors of all the individual volumes for their efforts to produce practical, materials user based volumes. [Pg.763]

Wilson, D, J., and B. K. Lamb. 1994. Dispersion of exhaust gases from roof-level stacks and vents on a laboratory building. Atmospheric Environment, vol. 28, pp. 3099-3111. [Pg.598]

The presence of metabolites determined from laboratory experiments of degradation pathways. Examples inclnde (a) di-dihydrodiols of PAHs in a marine sediment (Li et al. 1996) and naphthalene in leachate from a contaminated site (Wilson and Madsen 1996),... [Pg.611]

Fluoride glasses are difficult to classify because the various constituents can be added to the fusion mixture in several ways. However, glasses of the Laboratory of the Government Chemist (Wilson Kent, 1973 Kent, Lewis Wilson, 1979 Wilson et al., 1980 Hill Wilson, 1988a), which form the basis of many commercial cements, can be represented as... [Pg.119]

ElUs, J. Wilson, A. D. (1987). Report. Laboratory of the Government Chemist. [Pg.180]

The laboratory impinging jet test for evaluating the acid erosion of dental cements is described in Chapter 10. Using this method with lactic acid-lactate solutions, Wilson et al. (1986b) found, for one cement, that the erosion rate was virtually zero at pH = 5 0, 0-38 % at pH = 4-0 and 5 7 % at pH = 2-7. For a range of cements Wilson et al. (1986a) found erosion rates varying from 3 0 to 5-7 % in lactic add solutions of pH = 2-1. The... [Pg.216]

Osborne et al., 1978) and the laboratory impinging jet method (Beech Bandyopadhyay, 1983 Wilson et a/., 1986a). [Pg.265]

Michael F. Wilson Central Science Laboratory, York, UK... [Pg.1455]

Scheme 7.12 shows some tested configurations of integrated total spectroscopy laboratories. Couplings may be parallel or in series other examples are LC-NMR-MS and GC-FUR-MS. Wilson [664] has... [Pg.522]

This work and any practicable results derived therefrom have been encouraged and expedited throughout by the American Cyanamid Company. Additionally, the authors wish to express appreciation for aid in various phases of the work to Mrs. M. Elliot Miller, Charlotte McHale, Jacquelyn Sellers, L. D. Anderson, M. M. Barnes, G. E. Carman, J. H. Barkley, J. C. Ortega, C. R. Shafer, and H. U. Meyer of these laboratories, and to W. E. Baier and C. W. Wilson of the California Fruit Growers Exchange, Ontario. [Pg.87]

Some of the senior participants included Edward Teller (Lawrence Livermore Laboratory of the University of California), Richard Wilson (Harvard University), Ambassador Richard Kennedy (Washington, D.C.), Chauneey Starr (EPRI), Heniy King Stanford (Former President of the Universities of Miami and Georgia), and Ambassador Gerald Clark (The Uranium Institute of London) who was the only overseas participant. The conference proceedings were published by Plenum Press, New York. [Pg.43]

Norman, L.R., Conway, M.W. and Wilson J.M. "Temperature Stable Acid Gelling Polymers. Laboratory Evaluation and Field Results," SPE paper 10260, 1981 SPE Annual Fall Technical Conference and Exhibition of AIME, San Antonio, October 5 7. [Pg.667]

Wallace Jr GT, Wilson DF (1969) Foam separations as a tool in chemical oceanography. Report no. 6958. US Naval Research Laboratory, p 1... [Pg.376]

Wilson MJ, Glen DM, Hughes LA, Pearce JD, Rodgers PB. Laboratory tests of the potential of entomopathogenic nematodes for the control of field slugs (Deroceras reticulation). J Inver Path. 1994 64 182-187. [Pg.377]

Hodge, M.C.E., M.Kilmartin, R.A.Riley, T.M.Weight, and J.Wilson. 1979. Arcton 134a teratogenicity study in the rat. ICI Report no. CTL/P/417. Central Toxicology Laboratory, Alderly Park, Macclesfield, Cheshire, U.K. [Pg.172]

Norman Bridge Laboratory, California Institute of Technology and Mount Wilson Observatory, Carnegie Institution of Washington... [Pg.9]

Wilson J. 1983. Cyanide in human disease A review of clinical and laboratory evidence. Fundam Appl Toxicol 3 397-399. [Pg.272]


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See also in sourсe #XX -- [ Pg.211 ]




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