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Research scientists

The same simplified system of units can be used by the research scientist, the technician, the practicing engineer, and by members of the lay pubHc. [Pg.308]

Laurence G. Britton, Ph.D., Research Scientist, Union Carbide Corporation (Section 26, Process Safety)... [Pg.10]

Supplied by research scientist, CRC Handbook of Chemistry and Physics... [Pg.22]

Air pollution control statistical planners, agricultural biologists, biologists, computer specialists, economists, management analysts, mathematicians, microbiologists, ph)rsicists, phytotoxicologists, researchers, research analysts, research scientists, research specialists, scientists (environmental and unspecified), statisticians, and statistical analysts. [Pg.439]

Georgii Vyacheslavovich Kurdyumov (1902-1996) (Fig. 14.6), the son of a priest, was the most famous metallurgist of his generation in the Soviet Union, a man who was not only a great research scientist but also a man of rare human qualities. He and the many people who collaborated closely with him spent decades on a single... [Pg.532]

The following reference numbers, some of which have been cited previously, are good sources for lists of simple enamines, their physical properties, methods of preparation or references thereto, and yields I, 9, 18,19, 24,35,36,36a, and 37. They provide a reasonable starting place for a research scientist who requires this kind of information. [Pg.59]

The intended audience of the second volume entitled Chemical Thermodynamics Advanced Applications is the advanced student or research scientist. We have used it, independently of the first volume, as the text for an advanced topics graduate level course in chemical thermodynamics. It can also serve as an introduction to thermodynamic studies involving more specialized disciplines, including geology, chemical separations, and biochemistry, for the research scientist in or outside of those disciplines. We hope it will be especially helpful for non-thermodynamicists who might be unfamiliar with the power and utility of thermodynamics in diverse applications. Given the more advanced nature of the material covered here, problems are only provided at the end of the chapters in this volume. Taken together, the two volumes make an excellent reference source for chemical thermodynamics. [Pg.682]

Dr. Zelek Herman Ph.D., Senior Research Scientist, Linus Pauling Institute of Science and Medicine, Palo Alto, California... [Pg.853]

Naturally, with the flood of new computer technology came the need to train the research scientists in its use. Whereas ChemDraw running on a Mac was so easy that medicinal chemists could learn to use it after an hour or less of training, the VAX was a little more formidable. One of the authors (DBB) was involved in preparing and teaching VAX classes offered to the medicinal chemists and process chemists at Lilly. [Pg.20]

David Krabbenhoft, PbD, is a research scientist with the U.S. Geological Survey. [Pg.239]

This work was supported in part by National Institute of Mental Health Research Scientist Development Award MH00188, National Institute on Drug Abuse Awards DA 02925 and DA 04398, and a Parkinson s Disease Summer Fellowship. [Pg.126]

This work was supported by USPHS grant DA-00266 and Research Scientist Award DA-00074 to S.H.S., National Institutes of Health Traning Grant GM-07626 to B.L. Largent, and a grant from the McKnight Foundation. A.L. Gundlach is the recipient of a National Health and Medical Research Council (Australia) C.J. Martin Fellowship. [Pg.26]

Senior Research Scientist Narcotic and Drug Research, Inc. [Pg.202]

Guest research scientist from Academia Sinica, Institute of Chemistry, Beijing, China... [Pg.376]

Thomas J. Raub, Ph.D. Senior Research Scientist, Pharmacia Upjohn, Inc., Kalamazoo, Michigan... [Pg.17]

Dr. Joseph P. Gould, Research Scientist, School of Civil Engineering, Georgia Institute of Technology, Atlanta, Georgia ... [Pg.9]

David Hull You have just raised the point that I was going to raise with respect to both research scientists and physicians, and that is time. The reductionist scientist knows he should replicate his own experiments, not to mention those of other scientists, but no one has the time to do what they know that they ought to do. This is true of physicians as well. We hear about all this good stuff that physicians should do when they can spend only 2.3 minutes per patient. I have never met a doctor who did not say that he wished he could do better, but given the contingencies of how medicine is practiced, he has no time. [Pg.274]


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See also in sourсe #XX -- [ Pg.217 ]




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