To theoretically explore the feasibility of neutron dose characterized by Cerenkov photons,
the relationship between Cerenkov photons and neutron dose in a water phantom was …

To explore the response relationship between Cerenkov photons and dose deposition,
which is the theoretical premise of dose measurement based on Cerenkov effect, Geant4 …

This work aims to determine the relationship between Cerenkov photon emission and
radiation dose from internal radionuclide irradiation. Water and thyroid phantoms were used …

Optical imaging that detects Cerenkov-light or the luminescence of water is a promising
method to measure dose distributions in radiotherapy due to its ability to provide high …

Because Cerenkov light is emitted above the threshold energy of the electrons (∼ 260 keV)
in water and is emitted to forward directions, the light intensity distributions are different from …

[en] In this paper, Geant4 was used to simulate the process of underwater radioactive source
generating Cerenkov light and transportation of Cerenkov light in water, and the intensity of …

This study investigates the feasibility of developing a neutron field to simulate secondary
neutrons produced in carbon ion radiotherapy (CIRT) with a passive beam using a …

A new potential quality assurance (QA) method is explored for clinical electron beams and
clinical proton beams based on imaging and measuring Cerenkov light. A simulation was …

There has been recent and growing interest in applying Cerenkov radiation (CR) for
biological applications. Knowledge of the production efficiency and other characteristics of …

Ensuring the stability of the neutron beam during boron neutron capture therapy (BNCT) is
essential. The goal of this work was to explore a novel method using Cherenkov photons for …