Background Cherenkov imaging can be used to visualize the placement of the beam directly
on the patient's surface tissue and evaluate the accuracy of treatment planning. However …

Background Cherenkov luminescence imaging has shown potential for relative dose
distribution and field verification in radiation therapy. However, to date, limited research …

Quality assurance is particularly important for modulated radiotherapies which improve dose
conformity and involve complex processes of dose delivery. This work proposes a dose …

This paper was aimed to explore the physics of Cherenkov radiation and its potential
application in boron neutron capture therapy (BNCT). The Monte Carlo toolkit Geant4 was …

Cerenkov light is created in clinical applications involving high-energy radiation such as in
radiation therapy. There is considerable interest in using Cerenkov light as a means to …

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 …

Purpose Cerenkov photons are generated by high‐energy radiation used in external beam
radiation therapy (EBRT). This study expands upon the Cerenkov light dosimetry formula …

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

This work aimed to study the mechanism and understand the influencing factors of
measurement accuracy for the Cerenkov optic-fiber dosimeter under electron and photon …

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 …