The high spatial and temporal resolution 2D monolithic silicon detector arrays M512 and DUO for quality assurance (QA) in real time motion adaptive radiotherapy (ART) have been developed. The DUO array possesses a spatial resolution of 0.2 mm and has demonstrated agreement within 5% with EBT3 film measurements of 6MV linac beam profiles for field sizes 1 × 1 cm2 and SRS cone diameter 0.5 cm. Dynamic characterisation of the M512 for QA in real time ART evaluated the performance of M512 for small fields while the detector experiences periodic motion. It was demonstrated with M512 that MLC tracking with Calypso electromagnetic array compensates for the periodic motion and improves the agreement between static and dynamic beam profiles for fiel...
Due to the features of modern radiotherapy techniques, such as Intensity Modulated Radiation Therapy...
International audiencePurpose:An innovative Transparent Detector for Radiotherapy (TraDeRa) has been...
The use of small radiation fields characterized by very steep dose gradients is common in modulated ...
Purpose: Spatial and temporal resolutions are two of the most important features for quality assuran...
PURPOSE: Spatial and temporal resolutions are two of the most important features for quality assur...
Stereotactic radiation therapy such as SRS and SBRT utilise multiple beams delivery with a small rad...
PURPOSE: Nowadays, there are many different applications that use small fields in radiotherapy treat...
The level of sophistication associated with modern radiotherapy techniques such as Intensity Modulat...
A monolithic silicon small-field array detector is proposed for relative dosimetry applications in h...
2020 American Association of Physicists in Medicine Purpose: Dynamic dosimaging is a concept whereby...
Radiation Therapy is one type of cancer’s treatment, which aims to kill or control tumour cells by u...
International audienceIntroduction: An innovative Transparent Detector for Radiotherapy (TraDeRa) ha...
International audienceIntroduction: Beam control is a key factor during treatment delivery, especial...
Purpose: Flattening filter free (FFF) beams are increasingly being considered for stereotactic radio...
Modern radiotherapy treatment techniques, such as intensity Modulated Radiation Therapy (IMRT) and p...
Due to the features of modern radiotherapy techniques, such as Intensity Modulated Radiation Therapy...
International audiencePurpose:An innovative Transparent Detector for Radiotherapy (TraDeRa) has been...
The use of small radiation fields characterized by very steep dose gradients is common in modulated ...
Purpose: Spatial and temporal resolutions are two of the most important features for quality assuran...
PURPOSE: Spatial and temporal resolutions are two of the most important features for quality assur...
Stereotactic radiation therapy such as SRS and SBRT utilise multiple beams delivery with a small rad...
PURPOSE: Nowadays, there are many different applications that use small fields in radiotherapy treat...
The level of sophistication associated with modern radiotherapy techniques such as Intensity Modulat...
A monolithic silicon small-field array detector is proposed for relative dosimetry applications in h...
2020 American Association of Physicists in Medicine Purpose: Dynamic dosimaging is a concept whereby...
Radiation Therapy is one type of cancer’s treatment, which aims to kill or control tumour cells by u...
International audienceIntroduction: An innovative Transparent Detector for Radiotherapy (TraDeRa) ha...
International audienceIntroduction: Beam control is a key factor during treatment delivery, especial...
Purpose: Flattening filter free (FFF) beams are increasingly being considered for stereotactic radio...
Modern radiotherapy treatment techniques, such as intensity Modulated Radiation Therapy (IMRT) and p...
Due to the features of modern radiotherapy techniques, such as Intensity Modulated Radiation Therapy...
International audiencePurpose:An innovative Transparent Detector for Radiotherapy (TraDeRa) has been...
The use of small radiation fields characterized by very steep dose gradients is common in modulated ...