Power, Scott

Livak, Kenneth J., 190 Mackler, Bruce F., 328 Maliga, Fat, 115 Mazur, Barbara J., 190 Mazza, Carl, 309 Menczel, Laszlo, 115 Miller, Jeffrey, 139 Miller, Sally A., 228 Molnar, Joseph J., 254 Mulbry, Walter W., 156 Huldoon, Mark T., 156 Murashige, Kate H., 279 Nestmann, E. R., 336 Power, Scott, 139 Powers, David, 139 Redenbau, H. Keith, 87 Rispin, A., 316 Rissler, Jane, 309 Ritter, L., 336 Schloss, John V., 190 Schneider, W., 316 Ssmlski, Dana R., 190 Somerville, C. R., 98 Spear, Brian B., 204 Steinback, Katherine, 115 Struble, Martin, 139 Stuart, David A., 87 Suslow, T. V., 215 Swisher, Beth A., 18 Talbot, Bernard, 303 Tegtmeyer, Rene D., 268 Ultsch, Mark, 139 Van Dyk, Tina K., 190 Warren, G, J., 215 Wells, James 139 Yadav, Narendra S.. 190... 

L. B. Goss and L. Scott, Factors Affecting Power Plant Waste Heat Utilisation, Pergamon Press, New York, 1980. 

Cytisine. This base belongs to the same pharmacological group as nicotine.It is a powerful poison causing nausea, convulsions and death by failure of respiration. The nicotine-like action is shared by A -methyl-cytisine but the latter, according to Scott and Chen, who have made a detailed study of its action, is weaker and has about one-fortieth the toxicity of nicotine. 

Scott, P. M., Proc. 3rd Symp. on Environmental Degradation of Materials in Nuclear Power Systems - Water Reactors. Edited by G. J. Theus and J. R. Weeks, AIME - The Metallurgical Society Inc., Warrendale, Pa., p 15, (1987)... 

Haubrich, Scott, Power, Philip, and Twamley, Brendan, Element Derivatives of... 

Yu EH, Scott K. 2004. Development of direct methanol alkahne fuel cells using anion exchange membranes. J Power Sources 137 248-256. 

Power, Philip, see Haubrich, Scott Piilm, Melanie, see Tacke, Reinhold Ranaivonjatovo, Henri, see Escudie, Jean... 

Conflicting data were also received for the reactions of LA and DHLA with hydroxyl radicals and superoxide. Suzuki et al. [206] found that both LA and DHLA inhibited the formation of DMPO-OH adducts formed in the Fenton reaction. However, Scott et al. [207] concluded that only LA is a powerful scavenger of hydroxyl radicals while DHLA accelerated iron-catalyzed hydroxyl radical formation and lipid peroxidation. 

While sulfur-free amino acids are broken down to amines via decarboxylation, the sulfur-containing amino acids such as cysteine can undergo more complex reactions. Fisher and Scott suggest that, because cysteine produces a powerful reducing aminoketone, hydrogen sulfide could be produced by reducing mercaptoacetaldehyde or cysteine.2... 

Observations are made in metaphase cells arrested with a spindle inhibitor such as colchicine or colcemid to accumulate cells in a metaphase-like stage of mitosis (c-metaphase) before hypotonic treatment to enlarge cells and fixation with alcohol-acetic acid solution. Cells are then dispersed on to microscope slides and stained and slides are randomized, coded and analyzed for chromosome aberrations with high-power light microscopy. Details of the procedure are given in Dean and Danford (1984) and Preston et al. (1981, 1987). The UKEMS guidelines (Scott et al., 1990) recommend that all tests be repeated regardless of the outcome of the first test and... 

Girvin DC, Sklarew DS, Scott AJ, Zipperer JP (1990) Release and attenuation of PCB congeners, measurements of desorption kinetics and equilibrium sorption partition coefficients. GS6875, Electric Power Research Institute, Palo Alto, CA 94304... 

R. G. Allen, C. Lim, L. X. Yang, K. Scott, and S. Roy. Novel anode structure for the direct methanol fuel cell. Journal of Power Sources 143 (2005) 142-149. 

P. Argyropoulos, K. Scott, and W. M. Taama. Gas evolution and power performance in direct methanol fuel cells. Journal of Applied Electrochemistry 29 (1999) 661-669. 

A completely empirical LFER can also be constructed with recourse only to kinetic data. This has been the case in the setting up of a scale of nucleophilic power for ligands substituting in square-planar complexes based on the Swain-Scott approach. The second-order rate constants Ay for reactions in MeOH of nucleophiles Y with tra 5-Pt(py)2Cl2, chosen as the standard substrate... 

Shukla, A.K., Jackson, C.L., Scott, K., Murgia, G. 2002. A solid-polymer electrolyte direct methanol fuel cell with a mixed reactant and air anode. J Power Sources 111 43-51. 

Reverse the order of the examples. Start with the diner scenario. Keep the Amy/Scott example second, and then end with the most powerful example—the man who knowingly bought a stolen necklace and gave it to his girlfriend. 

The author greatly appreciates the technical comments and suggestions of Paul Schnier, Boris Cheskis, Anthony Amin and Scott Mayer and acknowledges his colleagues Ellen Baum, Robert Powers and Franklin Moy for inspiring and encouraging this work. 

Submitted by Scott D. Rychnovsky, George Griesgraber, and Jay P. Powers.1 Checked by Gavin F. Painter and Andrew B. Holmes. 

Structural analysis from electronic spectra yields little information because of their relative simplicity. In the 1940s, however, before the advent of more powerful identification techniques, UV/VIS visible spectroscopy was used for structural identification. The study of a great number of spectra of various molecules has revealed correlations between structures and the positions of absorption maxima. The most widely known empirical rules, due to Woodward, Fieser and Scott, involve unsaturated carbonyls, dienes and steroids. Using incremental tables based on various factors and structural features, it is possible to predict the position of the n —> n absorption bands in these conjugated systems (Table 11.3). Agreement between the calculated values and the experimentally determined position of absorption bands is usually good, as can been seen by the following four examples ... 

Girvin, D. C., Skalrew, D. S., Scott, A.J. Zipperer, J. P. (1990). Release and Attenuation of PCB Congeners Measurement of Desorption Kinetics and Equilibrium Sorption Partition Coefficients. Palo Alto, CA. Electric Power Research Institute, EPRI GS-6875. 

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