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Change Notice No. 1 Radiological Safety Training for Radiation-Producing (X-Ray) Devices
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Radiological Safety Training for Radiation
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Change Notice No. 2 Radiological Safety Training for Radiation-Producing (X-Ray) Devices



DOE-HDBK-1109-97
Page
Change
Change "Rad, a measure of the energy absorbed per unit mass."
Student Guide - pg 3
To "Rad, a measure of the energy absorbed per unit mass.
It is defined for any absorbing material."
Student Guide - pg 6
Change " ACCIDENTAL DOSES" to "ACCIDENTAL EXPOSURES"
Student Guide - pg 23,
Change "accidental doses received" to "accidental exposures".
Note
Student Guide - pg 25,
Change "accidental dose" to "accidental exposure".
iv
Change "(3.5 X 10 -4) x Z x E" to "(7 X 10 -4) x Z x E"
Student Guide - pg 15
Change "(3.5 X 10 -4) x 74 x 0.150 = 0.004" to "(7 X 10 -4) x 74 x 0.150 = 0.008"
Change -
"Then the energy transformed into X-rays would be 0.004 [7500] = 30 J/s.
1 J = 107 ergs, and 100 ergs/g = 1 rad.
So this X-ray energy represents:
30 x 108 ergs/sec.
If all this X-ray energy were deposited in 1 g of tissue, the dose would be:
3.0 x 108 ergs/sec [1 rad/100ergs/g] =
3.0 x 106 rad/sec."
To -
"Then the energy transformed into X-rays would be 0.008 [7500] = 60 J/s.
1 J = 107 ergs, and 100 ergs/g = 1 rad.
So this X-ray energy represents:
6.0 x 108 ergs/sec.
If all this X-ray energy were deposited in 1 g of tissue, the dose would be:
6.0 x 108 ergs/sec [1 rad/100ergs/g] =
6.0 x 106 rad/sec."
iv


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