(c) A) goods train having 10 containers of 8m each carrying Uranium Oxide. The dose rate at 3m from the train wa measured to v be 48μs. The train needs to be parked overnight at a station. Calculate the minimum distance from the train where a barrier must be placed such that the total dose at the barrier does not exceed 10μSv for a 10 hou parking period. (d) Find the Q value and a particle energy for the decay
(c) A) goods train having 10 containers of 8m each carrying Uranium Oxide. The dose rate at 3m from the train wa measured to v be 48μs. The train needs to be parked overnight at a station. Calculate the minimum distance from the train where a barrier must be placed such that the total dose at the barrier does not exceed 10μSv for a 10 hou parking period. (d) Find the Q value and a particle energy for the decay
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Transcribed Image Text:(c) A) goods train having 10 containers of 8m each carrying
Uranium Oxide. The dose rate at 3m from the train wa measured to
The train needs to be parked overnight at a station.
Calculate the minimum distance from the train where a barrier must
be placed such that the total dose at the barrier does not exceed
10μSv for a 10 hou parking period. (d) Find the Q value and a
particle energy for the decay
v
be 48μS
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