Mayer, Thomas

The 4>(r) can be expressed in various fomis [30], e.g. the Bolir, Bom-Mayer, Thomas-Femii-Firsov and Moliere models, as well as the universal potential of Ziegler, Biersack and Littmark known as the ZBL potential [31]. The ZBL potential fiinction is expressed as... 

Mayer, Thomas F., and D. R. Woolf (eds.), The Rhetoric of Life-Writing in Early Modern Europe Forms of Biography from Cassandra FMele to Louis XTV Ami Arbor, 1995). Midelfort, Erik, A History of Madness in Sixteenth-Century Germany (Stanford, Calif., 1992). 

Ralf W. Mayer, Thomas Quandt, Klaus Schimmer, Hans Lansink Rotgerink, and Thomas Tacke... 

Cmeva, K. L. (1993). Robert Mayer and the Cnnseivation of Energy. Princeton, NJ Princeton University Press. Friedlander, S. (1905). Julius Robert Mayer. Leipzig T. Thomas. 

Park C, Cheng JY, Fasolka MJ, Mayers AM, Ross CA, Thomas EL, De Rosa C (2001) Appl Phys Lett 79 848... 

The yield determined in a certain type of experiment usually strongly depends on the assumptions made about the formation mechanism. In the older literature, the excited molecules were often assumed to be produced solely in neutral excitations [127,139-143] and energy-transfer experiments with Stern-Volmer-type extrapolation (linear concentration dependence) were used to derive G(5 i). For instance, by sensitization of benzene fiuorescence, Baxendale and Mayer established G(5 i) = 0.3 for cyclohexane [141]. Later Busi [140] corrected this value to G(5 i) = 0.51 on the basis that in the transfer, in addition to the fiuorescing benzene state S, the S2 and S3 states also form and the 82- 81 and 83 81 conversion efficiencies are smaller than 1. Johnson and Lipsky [144] reported an efficiency factor of 0.26 0.02 per encounter for sensitization of benzene fluorescence via energy transfer from cyclohexane. Using this efficiency factor the corrected yield is G(5 i) = 1.15. Based on energy-transfer measurements Beck and Thomas estimated G(5 i) = 1 for cyclohexane [145]. Relatively small G(5 i) values were determined in energy-transfer experiments for some other alkanes as well -hexane 1.4, -heptane 1.1 [140], cyclopentane 0.07 [142] and 0.12 [140], cyclooctane 0.07 [142] and 1.46 [140], methylcyclohexane 0.95, cifi-decalin 0.26 [140], and cis/trans-decalin mixture 0.15 [142]. 

Equation 5 is often used to decribe the interaction between the incoming ion and the target atoms. The interaction between two target atoms generally occurs at low energy where the Thomas-Fermi potential overestimates the interaction. Under this situation a Born-Mayer potential is more appropriate , i.e. ... 

T. G. Mayer, Bemd Kratzer, and R. R. Schmidt, Synthese eines GPI-Ankers der Hefe (Sac charomyces cerevisiae), Angew. Chem. 106 2289 (1994). Synthesis of a GP1 anchor of yeast (Saccharomyces cerevisiae), Angew. Chem. Ini. Ed Engl. 33 2177 (1994). Thomas G. Mayer, Dissertation, Universitat Konstanz, 1995, submitted. 

Mayer, M., and James, T. L. (2005). Discovery of ligands by a combination of computational and NMR-based screening RNA as an example target. In Nuclear Magnetic Resonance of Biological Macromolecules, Part C, Methods in Enzymology, 394, 571-587 Ed. Thomas L. James. 

Mbindyo Jeremiah, K. N., Mallouk Thomas, E., Mattzela James, B., Kratochvilova, I., Razavi, B., Jackson Thomas, N. Mayer Theresa, S. Template synthesis of metal nanowires containing monolayer molecular junctions. J. Am. Chem. Soc. 124, 4020-6 (2002). 

From E. A. Kabat and M. M. Mayer, Experimental Immuno-chemistry, 2nd ed., Charles C. Thomas, Springfield, 111., 1961. 

E. A. Rabat, Rabat and Mayer s Experimental Immunochemistry, 2nd ed. Thomas, Springfield, Illinois, 1961. 

Mayer J, Thomas DW. 1967. Regulation of food intake and obesity. Science 156 328-337. 

The authors gratefully acknowledge Dr. Thomas Mayer and Eric Mankel for the usefiil discussions about the XPS measurements, as well as the financial support of the German Research Foundation (DFG) in the framework of the OFET Schwerpunkt Programm (Schm 1523/3). 

This idea was followed up by Goppert-Mayer [195] in 1941, who solved the radial equation for a number of elements in the d and / sequence. Unfortunately, she used the Thomas-Fermi model, which gives a fairly poor description of the radial potential and, as is now appreciated, does not account properly for the shell structure of the atom. Thus, although she found a certain number of interesting properties of 4/ elements (lanthanides), she was unable to account for the filling of the d subshells, and her paper did not therefore have the impact it might otherwise have achieved.1... 

It has since been discovered that a more accurate equation, which takes account of radial correlations the g Thomas-Fermi equation, does allow d-orbital collapse to occur. Thus Mayer was actually not far from her objective... 

Wolfgang Mayer, Alain Niveleau, Jorn Walter, Reinald Fundele, Thomas Haaf, Demethylation of the zygotic paternal genome, Nature 403 (2000), 501-502. 

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