International Journal of Women's Health Care(IJWHC)

University of Bucharest, Faculty of Physics, Atomistilor Street/407, Bucharest, Romania

Publications

• Review Article   
  Ionization Dosimetry Principles for Conventional and Laser-Driven Clinical Particle Beams
  Author(s): F Scarlat*, E Stancu, E Badita, A Scarisoreanu, C Vancea, I Calina, M Demeter, Fl Scarlat and R Chiru
  
  In this paper after mentioning the clinical radiation fields of 20 keV-450 MeV/u, they are characterized by the number of particles and their energy. Particle energy is the quantity that determines radiation penetration at the depth at which the tumor is situated (Fig. 1). The number of particles (or beam intensity) is the second major quantity that assures the administration of the absorbed dose in the tumor. The first application shows the radiation levels planned for various radiation fields. Prior to interacting with the medium, the intensity (or energy fluence rate) allows the determination of energy density, energy, power and relativistic force. In the interaction process, it determines the absorbed dose, kerma and exposure. Non-ionizing radiations in the EM spectrum are used as negative energy waves to accelerate particles charged into special installations called particle acce.. Read More»
  

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