2D EPID dose calibration for pretreatment quality control of conformal and IMRT fields: A simple and fast convolution approach

J Camilleri, J Mazurier, D Franck, P Dudouet, I Latorzeff… - Physica Medica, 2016 - Elsevier
Purpose This work presents an original algorithm that converts the signal of an electronic
portal imaging device (EPID) into absorbed dose in water at the depth of maximum. Methods …
被引用次数：24 相关文章

2D EPID dose calibration for pretreatment quality control of conformal and IMRT fields: A simple and fast convolution approach

J Camilleri, J Mazurier, D Franck… - … European Journal of …, 2016 - physicamedica.com
Purpose This work presents an original algorithm that converts the signal of an electronic
portal imaging device (EPID) into absorbed dose in water at the depth of maximum. Methods …

2D EPID dose calibration for pretreatment quality control of conformal and IMRT fields: A simple and fast convolution approach

J Camilleri, J Mazurier, D Franck… - … medica: PM: an …, 2016 - pubmed.ncbi.nlm.nih.gov
Purpose This work presents an original algorithm that converts the signal of an electronic
portal imaging device (EPID) into absorbed dose in water at the depth of maximum. Methods …

2D EPID dose calibration for pretreatment quality control of conformal and IMRT fields: A simple and fast convolution approach

J Camilleri, J Mazurier, D Franck, P Dudouet, I Latorzeff… - Physica Medica, 2016 - infona.pl
This work presents an original algorithm that converts the signal of an electronic portal
imaging device (EPID) into absorbed dose in water at the depth of maximum. The model …

2D EPID dose calibration for pretreatment quality control of conformal and IMRT fields: A simple and fast convolution approach.

J Camilleri, J Mazurier, D Franck… - Physica Medica: PM …, 2015 - europepmc.org
Purpose This work presents an original algorithm that converts the signal of an electronic
portal imaging device (EPID) into absorbed dose in water at the depth of maximum. Methods …