Abstract
Surface diffuseness parameter used in Woods-Saxon form of potential have been extracted from a large number of experimentally studied neutron-rich fusion cross sections at near barrier energies. The results of our systematic study reveals that the extracted diffuseness parameter depend linearly on the N/Z ratio of the fusing nuclei. Further, we demonstrated that the extracted values of surface diffuseness parameter lies within the range a = 0.40 to 0.73 fm as compared to commonly accepted value form elastic scattering data i.e. 0.63 fm.
Highlights
High-energy radiation is a powerful agent for cancer treatment
Several spectra from the linear accelerator (LINAC) were obtained in order to evaluate the level of background radiationand the spectrophotometer electronic dark noise at the same ambient conditions of the bunker
Astrong lineal relationship was found between the energy deposited by the LINAC and the light measured by the spectrophotometer
Summary
High-energy radiation is a powerful agent for cancer treatment. 40% of diagnosed cases are treated using X and Y rays or high-energy electrons. The evolution of the equipment available to the radio. Journal of Nuclear Physics, Material Sciences, Radiation and Applications Vol-4, No-1, August 2016 pp. Moreno-Barbosa, F. oncologist starting with the X ray machines with some keV, the Cobalt or Palomino-Merino, R. Cesium bombs with energies from 0.662 to1.25 MeV and more recently, Moreno-Barbosa, E. the medical lineal accelerators with energies from 6 MeV up to 25 MeV for Miguel-Chumacero, E. photons and electrons. Nowadays market systems for the measurement of radiation are elements
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