This study provides a complete set of effective dose equivalent (HE) and effective dose (E)
data, along with associated conversion factors, for photon exposures from point and disc …

A complete set of HE and E values were calculated for photon exposures from point and disk
sources on the floor using the MCNP code and a “hermaphroditic” phantom. It was found …

A procedure is proposed for using front and back personnel monitors for the estimation of
effective dose equivalent HE from external photon irradiation. The optimised model calls for …

Since January 1994, US nuclear plants have implemented Title of 10 Part 20 of the US Code
of Federal Regulations which adopted the methodology of ICRP 26 for effective dose …

Beginning in January 1994, US nuclear power plants must change the way that they
determine the radiation exposure to their workforce. At that time, revisions to Title 10 Part 20 …

In 1994, US nuclear plants must implement a new Code of Federal Regulations which
adopts the methodology of ICRP 26 for effective dose equivalent (HE) from internally …

Absorbed dose and dose equivalent conversion coefficients are routinely used in personnel
dosimetry programs. These conversion coefficients can be applied to particle fluences or to …

With the introduction of new recommendations of the International Commission on
Radiological Protection (ICRP) in Publication 103, the methodology for determining the …

Values of effective dose (E) were calculated for the entire range of incident directions of
broad parallel photon beams for selected photon energies using the Monte Carlo N-Particle …

Obviously, a single dosimeter on the chest can underestimate effective dose (E) and
effective dose equivalent (HE) significantly when radiation comes from the back because the …