Abstract
The K X-ray fluorescence (XRF) parameters, which are fluorescence cross-section, vacancy transfer probabilities and fluorescence yield, of some fourth-period elements were investigated in an external magnetic field (8000 Gauss). In order to determine the fluorescence parameters, the samples were irritated with 59.54 keV gamma rays from a 241-Americium radioactive source and the rays emitted from the samples were counted in a system consisting of a silicon – lithium drifted detector, multichannel analyzer, magnetic field implementer, and a suitable computer program. The results were studied theoretically and experimentally using the data that were obtained. It was determined that the experimental results were compatible with the theoretical results for measurements without a magnetic field and K XRF parameters changed with the magnetic field.
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