The key component in the so-called EPRI effective dose equivalent (EDE) methodology is
an algorithm that utilizes two dosimeters (instead of multiple dosimeters) to predict the EDE …

In this study, the effect of computational phantoms on the effective dose (E), dosimeter
responses positioned on the front (chest) and back of phantom, and two-dosimeter algorithm …

This work presents conversion coefficients per air kerma free-in-air for the personal dose
equivalent, H p (10), calculated according to its definition by the International Commission …

The limiting quantity in radiation protection for whole body exposures in the United States is
currently based on the effective dose equivalent (EDE). Because EDE is computed from the …

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 …

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 …

An optimal algorithm, which suitably combines two dosemeter readings, one dosemeter on
the chest and the other on the back, for better estimation of effective dose equivalent (HE) …

The current dose coefficients for internal dose assessment of occupationally exposed
persons and the general public were derived using the methodology of the International …

Radioactive patients may expose others after radiopharmaceutical administrations, and
evaluation of the absorbed dose or exposure rates close to patients is important in keeping …