Nanoscale science is the study of objects and phenomena at a very small scale and it has
been an emerging, interdisciplinary science involving Physics, Biology, Chemistry …

This work describes the development and validation of a patient-specific Monte Carlo
internal dosimetry platform called RAPID (Radiopharmaceutical Assessment Platform for …

A Fano cavity test was performed for four general-purpose Monte Carlo codes, EGSnrc,
PENELOPE, MCNP6 and Geant4 to evaluate the accuracy of their electron transport …

The main challenge in electron external beam radiation therapy with clinical accelerators is
the absence of integrated systems to form irregular fields. The current approach to provide …

Plastic scintillators have been utilized for radiation detection in the fields of security
screening and dosimetry because of their unique advantages such as low price and tissue …

Purpose: In the radiopharmaceutical therapy approach to the fight against cancer, in
particular when it comes to translating laboratory results to the clinical setting, modeling has …

Semiconductor thermal neutron detectors are increasingly been used in in-core thermal
neutron flux measurements in nuclear reactors. One limitation of these detectors is that they …

High-energy (> 20 keV) X-ray photon detection at high quantum yield, high spatial
resolution, and short response time has long been an important area of study in physics …

The simulation codes based on the monte Carlo method are sophisticated averages and
have become essential for dosimetry and radiation protection calculations close to the …

Radiation portal monitors comprising large-volume plastic scintillators are commonly used to
monitor the smuggling of radioactive materials. Various applications have been proposed to …