Study of the real part (f′) of anomalous scattering factors for the elements of atomic number from Z = 64 to 73 using HPGe detector

Hosur, Savita B; Naik, L. R.; Badiger, N.M.

doi:10.1140/epjp/i2013-13050-0

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2015

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“…By using the gamma attenuation method, Appaji Gowda and Umesh [16] determined the anomalous scattering factors for Ta, Hg, and Pb around the K edge in the energy range 24-136 keV. Recently Krishnananda et al [17] measured real and imaginary form factors of silver using the EDXRF method and Hosur et al [18] measured the real part of anomalous scattering factors for elements Z = 64-73 using the bremsstrahlung technique.…”

Section: Introductionmentioning

confidence: 99%

Measurement of anomalous scattering factors of tin using characteristic X-ray photons

et al. 2015

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The imaginary and real parts of anomalous scattering factors of Sn atoms around the K shell binding energy are measured using K and L X-ray photons. Gamma photons of energy 59.54 keV from an Am-241 radioactive source are used to excite K and L X-ray photons of various energies. By measuring the intensities of incident and transmitted X-ray photons in Sn foil with a good geometry arrangement, the K shell photoelectric cross sections are determined around the K shell binding energy of Sn. The real and imaginary parts of anomalous scattering factors of Sn are determined from K shell photoelectric cross section values. Experimentally determined form factors are compared with the theoretical prediction and experimental data obtained with synchrotron source.

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Section: Introductionmentioning

confidence: 99%