a) A patient receives an absorbed dose of 0.045 mGy of alpha radiation. The radiation weighting factor of the radiation is 20. Calculate the equivalent dose received by the patient. b) A worker in a nuclear power station receives the following radiation exposures to all parts of their body while working in one year: 1.5 mGy of slow neutrons, with a radiation weighting factor, WR, of 5 and 2.0 mGy of gamma rays with a WR of 1. What is the effective dose that the worker has absorbed?
a) A patient receives an absorbed dose of 0.045 mGy of alpha radiation. The radiation weighting factor of the radiation is 20. Calculate the equivalent dose received by the patient. b) A worker in a nuclear power station receives the following radiation exposures to all parts of their body while working in one year: 1.5 mGy of slow neutrons, with a radiation weighting factor, WR, of 5 and 2.0 mGy of gamma rays with a WR of 1. What is the effective dose that the worker has absorbed?
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Transcribed Image Text:a) A patient receives an absorbed dose of 0.045 mGy of alpha radiation. The radiation weighting factor of the
radiation is 20. Calculate the equivalent dose received by the patient.
b) A worker in a nuclear power station receives the following radiation exposures to all parts of their body while
working in one year:
1.5 mGy of slow neutrons, with a radiation weighting factor, WR, of 5 and 2.0 mGy of gamma rays with a WR of 1.
What is the effective dose that the worker has absorbed?
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