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- Dosimeters in radiotherapy using 6 mv photon beam biology essay in 2021
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Dosimeters in radiotherapy using 6 mv photon beam biology essay in 2021
Dosimeters in radiotherapy using 6 mv photon beam biology essay 02
Dosimeters in radiotherapy using 6 mv photon beam biology essay 03
Dosimeters in radiotherapy using 6 mv photon beam biology essay 04
Dosimeters in radiotherapy using 6 mv photon beam biology essay 05
Dosimeters in radiotherapy using 6 mv photon beam biology essay 06
Dosimeters in radiotherapy using 6 mv photon beam biology essay 07
Dosimeters in radiotherapy using 6 mv photon beam biology essay 08
How is the absorbed dose of radiation measured?
The absorbed dose, D, is the basic physical quantity used in radiobiology, radiology and radiation protection that quantifies energy deposition by any type of radiation in any absorbing material. The International System of Units (SI) of absorbed dose is joule per kilogram (J.kg-1) and is termed the gray (Gy).
How are the biological effects of ionizing radiation determined?
The biological effects of ionizing radiation are determined by both the radiation dose and the radiation quality ionization density.
What is the ionization density of a p66 neutron?
The p66 (Be) neutron beam used in this study has an ionization density of 20 keV/µm and hence regarded as high-LET radiation. Auger electrons travel very short distances in the absorbing medium due to their low kinetic energies. All the energy of these particles is liberated in small volumes over short track lengths.
Last Update: Oct 2021