Silicon semiconductor diodes measure almost the same depth-dose distributions in both photon and electron beams as those measured by ion chambers. A recent study in ion chamber dosimetry has sugg
To achieve the maximum benefit of conformal radiation therapy it is necessary to obtain accurate kno...
Purpose: To investigate recommendations for reference dosimetry of electron beams and gradient effec...
The response of a p-type diode detector for use in patient dose monitoring in photon and electron fi...
Silicon diodes compared to other types of dosimeters have several attractive properties, such as an ...
In radiotherapy, cancer is treated with ionizing radiation, most commonly bremsstrahlung photons fro...
Purpose: This work presents the experimental extraction of the perturbation factor in megavoltage el...
The aim of the present study is to examine the validity of using silicon semiconductor detectors in ...
In current dosimetry protocols for electron beams, for plane-parallel chambers, the effective point ...
Purpose: To provide a comprehensive investigation of electron beam reference dosimetry using Monte C...
A high precision patient dosimetry method has been developed, based on the use of p-type diodes. Fir...
The photon response of silicon diode neutron detectors is analyzed theoretically and measured in the...
In-vivo dosimetry with diode detectors is used in radiation therapy as a quality assurance tool. The...
High-energy electron beams generated by linear accelerators, typically in the range 6 to 20 MeV, are...
A review of available Depth-Dose functions determined both experimentally and by Monte-Carlo simulat...
The energy dependent response of silicon diodes in photon beams is a known problem. A new approach t...
To achieve the maximum benefit of conformal radiation therapy it is necessary to obtain accurate kno...
Purpose: To investigate recommendations for reference dosimetry of electron beams and gradient effec...
The response of a p-type diode detector for use in patient dose monitoring in photon and electron fi...
Silicon diodes compared to other types of dosimeters have several attractive properties, such as an ...
In radiotherapy, cancer is treated with ionizing radiation, most commonly bremsstrahlung photons fro...
Purpose: This work presents the experimental extraction of the perturbation factor in megavoltage el...
The aim of the present study is to examine the validity of using silicon semiconductor detectors in ...
In current dosimetry protocols for electron beams, for plane-parallel chambers, the effective point ...
Purpose: To provide a comprehensive investigation of electron beam reference dosimetry using Monte C...
A high precision patient dosimetry method has been developed, based on the use of p-type diodes. Fir...
The photon response of silicon diode neutron detectors is analyzed theoretically and measured in the...
In-vivo dosimetry with diode detectors is used in radiation therapy as a quality assurance tool. The...
High-energy electron beams generated by linear accelerators, typically in the range 6 to 20 MeV, are...
A review of available Depth-Dose functions determined both experimentally and by Monte-Carlo simulat...
The energy dependent response of silicon diodes in photon beams is a known problem. A new approach t...
To achieve the maximum benefit of conformal radiation therapy it is necessary to obtain accurate kno...
Purpose: To investigate recommendations for reference dosimetry of electron beams and gradient effec...
The response of a p-type diode detector for use in patient dose monitoring in photon and electron fi...
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