… methods, specifically in the internal dosimetry field. Using 3D … Monte Carlo procedure
for patient dosimetry based on voxel-based MC simulations. For each patient, a patient-specific …

… per unit mass), three dimensional superposition of the TERMA with … In the absence of full
photon Monte Carlo algorithm the … volume between the skin and inner bolus surface and, more …

… Patient-specific physical measurement is infeasible due to the impracticality of performing
direct internal … that mathematically defines a three-dimensional object, mimicking human tissue …

… such as internal radiotherapy with radionuclides. The purpose of this study is the validation
of irtGPUMCD, a GPU-based MC code for dose calculations in internal radiotherapy. …

… Our MARTIN model was developed and validated using three separate approaches, through
an iterative process, as follows. First, the calculated volumes, weights, and dimensions of …

… water geometry and disregards patient-specific scatter conditions and radiological … files,
with each file representing the three dimensional mesh of a continuous single-material …

… This study aimed to determine the patient-specific organ … based on the Monte Carlo simulation
internally determined by … ” together to form a three-dimensional image of the patient that …

… -specific DVKs for 90 Y were calculated through Monte Carlo (MC) simulations. DVKs for the
… With the proposed algorithm, the authors established a patient-specific and highly accurate …

… Standard deviations were calculated inside the inner red square, … Monte Carlo (MC) methods
were utilized to simulate the dose distribution from all modulators. The term “Monte Carlo” …

… then reconstructed to create a threedimensional (3D) distribution … evaluation of collimator
and detector design, image reconstruction and scatter correction techniques, as well as internal …