Alternative Physical Quality Parameters Influences Effectiveness of Lower Doses Ionizing Radiation
Abubaker Ali Yousif, Ismail Bin Bahari, Muhamad Samudi Yasir
Abstract
Abubaker Ali Yousif, Ismail Bin Bahari, Muhamad Samudi Yasir
Abstract
It has been proved in many studied that the absorbed dose is not good physical quality parameter to quantify the radiation effects at lower doses. However relative biological effect (RBE) is still used as a major parameter of radiation effectiveness. Whereas linear energy transfer (LET) is inadequate physical parameter, therefore the weaknesses in using RBE‐LET system for radiation protection have been investigated. Secondary data of V79 has reanalyzed to help complement the inadequacy current method in assessing cell inactivation at lower doses. Results of analysis show that the effectiveness of densely ionizing radiation is better quantified using mean free path (λ).
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It has been proved in many studied that the absorbed dose is not good physical quality parameter to quantify the radiation effects at lower doses. However relative biological effect (RBE) is still used as a major parameter of radiation effectiveness. Whereas linear energy transfer (LET) is inadequate physical parameter, therefore the weaknesses in using RBE‐LET system for radiation protection have been investigated. Secondary data of V79 has reanalyzed to help complement the inadequacy current method in assessing cell inactivation at lower doses. Results of analysis show that the effectiveness of densely ionizing radiation is better quantified using mean free path (λ).
Key concepts: Linear energy transfer, Ionizing radiation, Relative biological effectiveness, Radiation, Absorbed dose, Biological effect, Radiation protection, Quality (philosophy)