The dose calculated using a convolution algorithm should be validated in a simple homogeneous water-equivalent phantom before clinical use. The dose calculation accuracy within a solid water phantom was investigated.info:eu-repo/semantics/publishe
International audienceThe LNE-LNHB has developed a methodology to standardize electronic brachythera...
Water is treated as radiological equivalent to human tissue. While this seems justified, there is ne...
Purpose: Three-dimensional (3D) dosimetry is a necessity to validate patient-specific treatment plan...
Presentation slides describing the use of a scanning water phantom to acquire relative dose measurem...
A standard protocol of dosimetric measurements is used by the organizations responsible for verifyin...
To reduce the uncertainty in the calibration of radiation beams, absorbed dose to water for high ene...
Introduction: 103Pd is a low energy source, which is used in brachytherapy. According to the standar...
Solid phantoms are widely used in radiation therapy for both relative and reference dosimetry. Two w...
In treatment planning for proton radiotherapy, the dose measured in water is applied to the patient ...
A superposition/convolution GPU-accelerated dose computation algorithm (the Calculator) has been rec...
International audiencePurpose: Even if the IMRT modality allows a more accurate definition of the ta...
Internal dose assessment can be derived from the measurement of retained activity in the whole body ...
Advanced, Monte Carlo (MC) based dose calculation algorithms, determine absorbed dose as dose to med...
International audienceIn the current brachytherapy practice, the procedures to determine the absorbe...
Methods: Absolute dose profiles, depth dose curves, and output factors calculated by Monaco were com...
International audienceThe LNE-LNHB has developed a methodology to standardize electronic brachythera...
Water is treated as radiological equivalent to human tissue. While this seems justified, there is ne...
Purpose: Three-dimensional (3D) dosimetry is a necessity to validate patient-specific treatment plan...
Presentation slides describing the use of a scanning water phantom to acquire relative dose measurem...
A standard protocol of dosimetric measurements is used by the organizations responsible for verifyin...
To reduce the uncertainty in the calibration of radiation beams, absorbed dose to water for high ene...
Introduction: 103Pd is a low energy source, which is used in brachytherapy. According to the standar...
Solid phantoms are widely used in radiation therapy for both relative and reference dosimetry. Two w...
In treatment planning for proton radiotherapy, the dose measured in water is applied to the patient ...
A superposition/convolution GPU-accelerated dose computation algorithm (the Calculator) has been rec...
International audiencePurpose: Even if the IMRT modality allows a more accurate definition of the ta...
Internal dose assessment can be derived from the measurement of retained activity in the whole body ...
Advanced, Monte Carlo (MC) based dose calculation algorithms, determine absorbed dose as dose to med...
International audienceIn the current brachytherapy practice, the procedures to determine the absorbe...
Methods: Absolute dose profiles, depth dose curves, and output factors calculated by Monaco were com...
International audienceThe LNE-LNHB has developed a methodology to standardize electronic brachythera...
Water is treated as radiological equivalent to human tissue. While this seems justified, there is ne...
Purpose: Three-dimensional (3D) dosimetry is a necessity to validate patient-specific treatment plan...
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