While spatial dose conformity delivered to a target volume has been pushed to its practical
limits with advanced treatment planning and delivery, investigations in novel temporal dose …

Gel dosimetry was developed in the 1990s in response to a growing need for methods to
validate the radiation dose distribution delivered to cancer patients receiving high-precision …

Advances in radiotherapy technology during the last 25 years have significantly improved
both dose conformation to tumors and the preservation of healthy tissues, achieving almost …

Purpose Advanced 3D dosimetry is required for verifications of complex dose distributions in
modern radiotherapy. Two 3D polymer gel dosimeters, coupled with magnetic resonance …

Gel dosimetry has emerged over the past three decades in response to a growing need in
high-precision radiotherapy to assess, in three dimensions, the absorbed radiation dose, as …

The photon induced radical-initiated polymerization in polymer gels can be used for high-
resolution tissue equivalent dosimeters in quality control of radiation therapy. The dose (D) …

This work reports on the impact of tetrakis (hydroxymethyl) phosphonium chloride (THPC) on
the properties of a VIC gel dosimeter (VIC is an abbreviated acronym of VIPAR CT). THPC …

As advanced radiotherapy techniques progress to deliver a high absorbed dose to the target
volume while minimizing the dose to normal tissues using intensity-modulated beams, arcs …

During radiotherapy treatment, there is always considerable risk that the timing of the
treatment delivery and the volume movement results in degradation or undesired …

While a vast amount of scientific literature is available on the topic of gel dosimetry with MRI
readout, this wealth of information may seem at first overwhelming for medical physicists and …