9.1 - Electron beam percentage depth dose (PDD) curves
This video provides an overview of the physics behind radiotherapy electron beam percentage depth dose curves, including:
How surface dose, the depth of maximum dose, practical range and photon contamination vary with energy.
The reasons behind the buildup effect in electron beams.
An explanation of the bremsstrahlung tail and its variation with energy.
The effect of beam energy on PDD curve shape.
Effect of field size on PDD curves, including loss of lateral electroni equilibrium.
Effect of oblique beam incidence.
Effect of variations in source to surface distance.
Видео 9.1 - Electron beam percentage depth dose (PDD) curves канала ROscribbles
How surface dose, the depth of maximum dose, practical range and photon contamination vary with energy.
The reasons behind the buildup effect in electron beams.
An explanation of the bremsstrahlung tail and its variation with energy.
The effect of beam energy on PDD curve shape.
Effect of field size on PDD curves, including loss of lateral electroni equilibrium.
Effect of oblique beam incidence.
Effect of variations in source to surface distance.
Видео 9.1 - Electron beam percentage depth dose (PDD) curves канала ROscribbles
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
8.4 - Heterogeneities: Effect of density on photon beam dose distributions3.2 - Combination (Thoraeus) beam filters7.2 - Linear accelerator treatment head principles10.3 - Bragg-Gray cavity theory1 - The atom in radiotherapy10.6 - Electron PDD ionisation to dose conversion10.4 - Spencer-Attix cavity theory10.2 - Measuring absolute dose with an ion chamber5 - Kilovoltage (superficial) therapy unit principles2 - RT photon interactions8.1 - Looking at photon dose distribution - basics7.4 - Wedge Filters10.1 - Absorbed dose, definition, meaning and standardisation7.1 - RT linear accelerators - energy generation8.2 - Photon Percentage Depth Dose (PDD) curves6 - Cobalt 60 teletherapy unit principles4 - Radiotherapy electron interactions and stopping power7.3 - Multi Leaf Collimators (MLC)3.1 - Photon beam attenuation and filtration in RT8.3 - Megavoltage photon beam profiles