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Measurement of γ-ray attenuation coefficients
The International Journal of Applied Radiation and Isotopes, 1974Gamma-ray attenuation coefficients have been determined for aluminum, copper, tin, platinum and lead (elements with Z between 13 and 82) using gamma - rays with energies between 295 and 2440 keV from a sealed Ra-226 source. A lithium-drifted germanium detector was employed without collimation or shielding. The average standard error of the experimental
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Gamma-ray attenuation coefficients for germanium
Nuclear Instruments and Methods, 1967Abstract An interpolation method based on the values listed in NBS-583 for five elements adjacent to germanium was used to determine the gamma-ray attenuation coefficients of germanium. If the region of the atomic numbers, Z, is relatively small and the gamma-ray energy is not too close to the K-shell energies for the elements in this range of Z, the
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Attenuation Coefficient: Finite or Infinitesimal?
Physics in Medicine & Biology, 1966openaire +2 more sources
Photon Attenuation Coefficients of Helium
Journal of Applied Physics, 1970H. F. Atwater, J. H. McCrary
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