Add to ORKGComputer simulation of radiation processing allows correctly to schedule and control the performance of work on radiation processing installations. In particular, for radiation technology using electron beams (EBs) in the calculations it is required the values of energy characteristics of the electron irradiation. The paper [1] describes a method for the twoparametric fitting of semi-empirical model (PFSEM method) to the results of measuring the depth dependence of the absorbed dose for electron radiation performed by dosimetric wedge
Introduction: In recent decades, several Monte Carlo codes have been introduced for research and med...
Purpose: To provide a comprehensive investigation of electron beam reference dosimetry using Monte C...
Purpose: To investigate recommendations for reference dosimetry of electron beams and gradient effec...
Computer simulation of radiation processing allows correctly to schedule and control the performance...
In this paper it was performed a comparison the standard characteristics of depth-dose distributions...
The work is dedicated to comparison methods of processing the results of measurements of the absorbe...
International audienceIntroduction: The group Developments and Application for Medicine of the LPSC,...
The current commercial use of electron accelerators grows in research, industry,medical diagnosis an...
Introduction: Radiotherapy uses high-energy radiation to shrink tumors and kill cancer cells. The ra...
Determination of transformation coefficient of primary measuring transducers of ionizing radiation i...
Introduction: Radiotherapy is one of the major modality for cancer management playing curative, adju...
This paper presents guidelines for the calibration of radiation beams that were issued by the Intern...
The Monte Carlo method can be used to describe any technique that approximates solutions to quantita...
BackgroundMonte Carlo simulation of radiation transport is considered to be one of the most accurate...
The accuracy of Monte Carlo simulations of clinical photon beams in radiation oncology is dependent ...
Introduction: In recent decades, several Monte Carlo codes have been introduced for research and med...
Purpose: To provide a comprehensive investigation of electron beam reference dosimetry using Monte C...
Purpose: To investigate recommendations for reference dosimetry of electron beams and gradient effec...
Computer simulation of radiation processing allows correctly to schedule and control the performance...
In this paper it was performed a comparison the standard characteristics of depth-dose distributions...
The work is dedicated to comparison methods of processing the results of measurements of the absorbe...
International audienceIntroduction: The group Developments and Application for Medicine of the LPSC,...
The current commercial use of electron accelerators grows in research, industry,medical diagnosis an...
Introduction: Radiotherapy uses high-energy radiation to shrink tumors and kill cancer cells. The ra...
Determination of transformation coefficient of primary measuring transducers of ionizing radiation i...
Introduction: Radiotherapy is one of the major modality for cancer management playing curative, adju...
This paper presents guidelines for the calibration of radiation beams that were issued by the Intern...
The Monte Carlo method can be used to describe any technique that approximates solutions to quantita...
BackgroundMonte Carlo simulation of radiation transport is considered to be one of the most accurate...
The accuracy of Monte Carlo simulations of clinical photon beams in radiation oncology is dependent ...
Introduction: In recent decades, several Monte Carlo codes have been introduced for research and med...
Purpose: To provide a comprehensive investigation of electron beam reference dosimetry using Monte C...
Purpose: To investigate recommendations for reference dosimetry of electron beams and gradient effec...