ICRP 74 and ICRU 57 recommended conversion coefficients for use in radiological
protection for electrons and photons of energies up to 10 MeV and for neutrons up to 180 …

The spectra of secondary particles resulting from interactions of primary galactic cosmic rays
with the nuclei in the atmosphere have been calculated using the Monte Carlo transport …

Effective dose per unit neutron fluence has been calculated by the FLUKA code for various
geometrical conditions or irradiation of an anthropomorphic phantom placed in a vacuum …

The solar energetic particle event on 20 January 2005 was one of the largest ground level
events ever observed. Neutron monitor stations in the Antarctic recorded count rate …

Calculations of conversion coefficients from fluence to ambient dose equivalent and from
fluence to maximum dose equivalent, along the principal axis of the ICRU sphere, have …

As a result of the recent recommendations of the ICRP 60, and in anticipation of possible
regulation on occupational exposure of Canadian-based aircrew, an extensive study was …

Conversion coefficients from proton fluence to effective dose have been calculated by the
FLUKA code for various geometrical conditions of irradiation of an anthropomorphic …

We report the first demonstration of a solid-state, direct-conversion sensor for thermal
neutrons based on a polymer/inorganic nanocomposite. Sensors were fabricated from …

Conversion coefficients from fluence into effective dose and ambient dose equivalent are
implemented as a FLUKA user-routine for incident neutrons, protons, charged pions, muons …

An on-going investigation using a tissue-equivalent proportional counter (TEPC) has been
carried out to measure the ambient dose equivalent rate of the cosmic radiation exposure of …