The linear absorption coefficients for 0.05-nm x-rays in lead and in iron are, respectively, 5.8 × 10* m¯' and 1.1 x 10* m-. How thick should an iron shield be in order to pro- vide the same protection from these x-rays as 10 mm of lead?
The linear absorption coefficients for 0.05-nm x-rays in lead and in iron are, respectively, 5.8 × 10* m¯' and 1.1 x 10* m-. How thick should an iron shield be in order to pro- vide the same protection from these x-rays as 10 mm of lead?
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Question
![08:20
0.40
KB/S
l הום
4G
68
You
11 minutes ago
50. The linear absorption coefficients for 0.05-nm x-rays in lead
and in iron are, respectively, 5.8 X 10* m-' and 1.1 x
10* m-. How thick should an iron shield be in order to pro-
vide the same protection from these x-rays as 10 mm of lead?
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Transcribed Image Text:08:20
0.40
KB/S
l הום
4G
68
You
11 minutes ago
50. The linear absorption coefficients for 0.05-nm x-rays in lead
and in iron are, respectively, 5.8 X 10* m-' and 1.1 x
10* m-. How thick should an iron shield be in order to pro-
vide the same protection from these x-rays as 10 mm of lead?
|||
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