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** K-absorption edges in copper catalyst **

** K-absorption edges of platinum **

** K-absorption edges of ruthenium **

** K-edge x-ray absorption spectroscopy **

K-absorption edges in study of, 12 149 structure of, and magnetism, 3 27 Catalytic behaviors, metallic oxides, 29 240 Catalytic converter automotive, 24 71, 72 single-bed, 24 72, 74 design of, 24 75-77, 83-86 dual-bed, 24 73 [Pg.68]

The Use of X-Ray K-Absorption Edges in the Study of Catalytically Active Solids [Pg.149]

Wavelength shift of K absorption edge of sulfur, 37, 38 Weight-fraction , use, 164, 171 Window absorption, 45 Windowless counter tube, 55, 222 Windows, for electron beam, 177 for proportional counter, 55 [Pg.355]

Herman Pines and Luke A. Schaap The Use of X-Ray K-Absorption Edges in the Study of Catalytically Active Solids Robert A. Van Nordstrand The Electron Theory of Catalysis on Semiconductors Th. Wolkenstein [Pg.424]

Figure 2. Normalized EXAFS data (copper K absorption edge) at 100°K, with associated Fourier transforms and inverse transforms, for silica supported copper and ruthenium-copper catalysts. Reproduced with permission from Ref. 8. Copyright 1980, American Institute of Physics. |

Maezawa, H. Hieda, K. Kobayashi, K. Furusawa, Y. Mori, T. Suzuki, K. Ito, T. Effects of monoenergetic X-rays with resonance energy of bromine K-absorption edge on bro-mouracil-labelled E. coli cells. Int. J. Radiat. Biol. Relat. Stud. Phys. Chem. Med. 1988, 53 (2), 301-308. [Pg.488]

Figure 8.1 Theoretically calculated f and f" values as a function of wavelength in the vicinity of the K absorption edge of selenium (a) and the L edge of holmium (b). |

Electronic Structure Determination, Cox and Beaumont have studied the polarized x-ray absorption edge of a single crystal of Zn 2 (23), in which the Zn has tetragonal (D ) site symmetry. The observed anisotropic K-absorption edges were explained in terms of a ls+4p and a ls-K4p, 4p ) transition. [Pg.416]

Position assessed by method of Iwata, et al., reference 83. Mobility assessed by comparisons of anomalous Fe peak heights data collected at or near the iron K absorption edge. (See references 84 and 88.) [Pg.393]

See also in sourсe #XX -- [ Pg.1288 ]

See also in sourсe #XX -- [ Pg.328 ]

See also in sourсe #XX -- [ Pg.120 , Pg.121 ]

** K-absorption edges in copper catalyst **

** K-absorption edges of platinum **

** K-absorption edges of ruthenium **

** K-edge x-ray absorption spectroscopy **

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