a) depth-dose curve and b) beam profile of the FFF beams, c) depth dose curve and d) beam profile of the Flat6MV beam, for 10×10 and 20×20 cm2 field sizes in voxels with dimension of 5×5×5 mm3 at depth of maximum dose. Points and stars under the green line show the absolute difference between measurement and calculation. The Monte Carlo statistical uncertainty for each point is between 1% to 1.6% which is not shown in figures.</p
Several updated Monte Carlo (MC) codes are available to perform calculations of voxel S values for r...
In Monte Carlo simulation of CT dose, many input parameters are required (e.g. bowtie filter propert...
The beam quality conversion factor, kQ, can be calculated directly using Monte Carlo simulations. In...
a) depth-dose curve and b) beam profile in voxels with dimension of 5×5×5 mm3 at depth of maximum do...
For two field size of 10×10 and 20×20 cm2 in voxels with dimension of 5×5×5 mm3. Bars represent the ...
For two field sizes at depth of 10 cm in voxels with dimension of 5×5×5 mm3. Bars represent the unce...
<p>The deviations in depth doses were shown in the lower part to the right scale.</p
International audiencePurpose : To implement a full Monte-Carlo beam source of the Varian TrueBeam h...
<p>The PDDs of 6 MeV (a), 9 MeV (c) 12 MeV (e), 16 MeV (g) and 20 MeV (i) and the profiles of 6 MeV ...
Current electron beam treatment planning algorithms are inadequate to calculate dose distributions i...
Monte Carlo (MC) based dose calculations can compute dose distributions with an accuracy surpassing ...
SummaryBackgroundMonte Carlo simulation of radiation transport is considered to be one of the most a...
To help medical physicist to evaluate dose values due to direct application of electron beams we hav...
Methods: Absolute dose profiles, depth dose curves, and output factors calculated by Monaco were com...
The status of radiotherapy as an important treatment modality for cancer is indisputable. In externa...
Several updated Monte Carlo (MC) codes are available to perform calculations of voxel S values for r...
In Monte Carlo simulation of CT dose, many input parameters are required (e.g. bowtie filter propert...
The beam quality conversion factor, kQ, can be calculated directly using Monte Carlo simulations. In...
a) depth-dose curve and b) beam profile in voxels with dimension of 5×5×5 mm3 at depth of maximum do...
For two field size of 10×10 and 20×20 cm2 in voxels with dimension of 5×5×5 mm3. Bars represent the ...
For two field sizes at depth of 10 cm in voxels with dimension of 5×5×5 mm3. Bars represent the unce...
<p>The deviations in depth doses were shown in the lower part to the right scale.</p
International audiencePurpose : To implement a full Monte-Carlo beam source of the Varian TrueBeam h...
<p>The PDDs of 6 MeV (a), 9 MeV (c) 12 MeV (e), 16 MeV (g) and 20 MeV (i) and the profiles of 6 MeV ...
Current electron beam treatment planning algorithms are inadequate to calculate dose distributions i...
Monte Carlo (MC) based dose calculations can compute dose distributions with an accuracy surpassing ...
SummaryBackgroundMonte Carlo simulation of radiation transport is considered to be one of the most a...
To help medical physicist to evaluate dose values due to direct application of electron beams we hav...
Methods: Absolute dose profiles, depth dose curves, and output factors calculated by Monaco were com...
The status of radiotherapy as an important treatment modality for cancer is indisputable. In externa...
Several updated Monte Carlo (MC) codes are available to perform calculations of voxel S values for r...
In Monte Carlo simulation of CT dose, many input parameters are required (e.g. bowtie filter propert...
The beam quality conversion factor, kQ, can be calculated directly using Monte Carlo simulations. In...