Over the past three decades several randomized trials have enabled evidence-based
practice for patients presenting with limited brain metastases. These trials have focused on …

With the advent of complex and precise radiation therapy techniques, the use of relatively
small fields is needed. Using such field sizes can cause uncertainty in dosimetry; therefore …

Small‐field dosimetry used in advance treatment technologies poses challenges due to loss
of lateral charged particle equilibrium (LCPE), occlusion of the primary photon source, and …

The aim of the current work was to present the performance evaluation procedures
implemented at our department for the commissioning of a G4 CyberKnife system. This …

Modern radiotherapy delivers highly conformal dose distributions to irregularly shaped
target volumes while sparing the surrounding normal tissue. Due to the complex planning …

Accurate dose measurement tools are needed to evaluate the radiation dose delivered to
patients by using modern and sophisticated radiation therapy techniques. However, the …

Purpose The applicability of various detectors for small field dosimetry and whether there
are differences in the detector response when irradiated with FF-and FFF-beams was …

Purpose: Evaluate the ability of different dosimeters to correctly measure the dosimetric
parameters percentage depth dose (PDD), tissue‐maximum ratio (TMR), and off‐axis ratio …

This work describes the measurements of the ionizing radiation dose and the determination
of the radiation isocenter using a tool consisting of three-dimensional polymer gel …

This work presents an improvement of the VIPAR nd ('nd'stands for'normoxic, double', or
VIP) polymer gel dosimeter. The gel composition was altered by increasing the …