Moss, Thomas

The decomposition of formic acid over evaporated Pd-Au alloy films has been studied by Clarke and Rafter (69) the same reaction on Pd-Au alloy wires was studied by Eley and Luetic (128). The alloy films were prepared in a conventional high vacuum system by simultaneous evaporation of the component metals from tungsten hairpins. The alloy films were characterized by X-ray diffraction and electron microscopy. The X-ray diffractometer peaks were analyzed by a method first used by Moss and Thomas (SO). It was found that alloys deposited at a substrate temperature of 450°C followed by annealing for one hour at the same temperature were substantially homogeneous. Electron microscopy revealed that all compositions were subject to preferred orientation (Section III). 

Connolly, C. N., Uren, J. M Thomas, R, Gorrie, G. H., Gibson, A., Smart, T. G., and Moss, S. J. (1999) Subcellular localization and endocytosis of homomeric y2 subunit splice variants of y-aminobutyric acid type A receptors. Mol. Cell. Neurosci. 13,259-271. 

Morgan, Thomas H. 83 Mossbauer X-ray absorption spectra of iron-sulfur clusters 860 Mosses 29... 

Chemisorption-induced enrichment has also been invoked by Moss and Thomas (54, 58) to explain enrichment with silver of Pd-Ag surfaces in contact with gaseous oxygen. 

Kemp, M.S., S.R. Moss, and T.H. Thomas (1990). Herbicide resistance in Alopecurus myosuroides, pp. 376-393. In Green, M.B., H.M. LeBaron, and W.K. Moberg, eds., Managing Resistance to Agrochemicals From Fundamental Research to Practical Strategies. Washington, DC American Chemical Society Symposium Series 421. 

Moss EJ, Cook MW, Thomas LV, et al. 1988. The effect of mono-(2-ethylhexyl) phthalate and other phthalate esters on lactate production by Sertoli cells in vitro. Toxicol Lett 40 77-84. 

Dale G. Fried, Thomas C. Killian, Lorentz Willmann, David Landhuis, Stephen C. Moss, Daniel Kleppner, and Thomas J. Greytak, Bose-Einstein Condensation of Atomic Hydrogen, Physical Review Letters 81, 3811-3814(1998). 

R. Thomas, personal communication to M. O. Moss, in Phytochemical Ecology ed. J. B. Harbome Academic Press, London, 1972, p. 140. 

Some terrestrial plants can take up PAHs from soil via the roots or from air via the foliage uptake rates are dependent on the concentration, solubility, and molecular weight ofthe PAHs and on the plant species (Edwards 1983). Mosses and lichens have been used to monitor atmospheric deposition of PAHs (Thomas et al. 1984). About 30-70% of atmospheric PAHs... 

Malcolm S. Kemp, Stephen R. Moss, and Tudor H. Thomas ... 

G, P. Moss, Queen Mary College, University of London J. S. Roberts, University of Glasgow A. F. Thomas, Firmenich et Cie. 

Molybdenum exposure also reduced the fertility of bulls (Thomas and Moss 1951), heifers and cows (Phillippo et al. 1982, 1985a, b. Case and Selby 1973), billy-goats (Anke and Masaoka 1988), rabbits (McCarter et al. 1962, Kroupova et al. 1989), and male rats (Pandey and Singh 2002). Molybdenum-loaded bUly-goats (1000 mgkg food DM) produced sperm with low mobility and fecundation (Anke and Masaoka 1988, Falke and Anke 1987). 

Thomas JW and Moss S (1951) The effect of orally administered molybdenum on growth, spermatogenesis and testes histology of young dairy bulls. J Dairy Sci 34 929 -934. 

The recent research focus of CVD B4C is to reveal the deposition mechanism under different deposition conditions and establish the relationship between deposition parameter and deposition mechanism, for which thermodynamic, mass transfer and kinetic modeling attempts have been studied by several research groups". The CVD B4C from BCI3/CH4/H2 precursor is a very complex chemical reaction process, and the B4C can be deposited by different mechanisms. Some reasonable deposition mechanisms have been established, such as Thomas S. Moss et al, and Mustafa Karaman et al, their experiments were performed under a small variation of deposition parameters and thus all of the B4C deposits had similar microstriicture and phase composition, which probably suggest the B4C coatings were deposited by a single mechanism. 

The exact nature of the reasons for and the ease of formation of the surface complex are still not entirely known. One can visualize certain structural requirements of the underlying solid surface atoms in order to accomodate the reactants, and this has led to one important set of theories. Also, as will be seen, various electron transfer steps are involved in the formation of the complex bonds, and so the electronic nature of the catalyst is also undoubtedly important. This has led to other important considerations concerning the nature of catalysts. The classification of catalysts of Table 2.1-1 gives some specific examples (Innes see Moss [7]). Recent compilations also give very useful overviews of catalytic activity Thomas [8] and Wolfe [9]. Burwell [10] has discussed the analogy between catalytic and chain reactions ... 

---