X-ray Transmission through Shielding Materials

Name: Ionactive Consulting Limited
Address: 400 Thames Valley Park Drive, Thames Valley Park, Reading, Berkshire, RG6 1PT, United Kingdom
Telephone: 01184492817
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Some useful resource for broad bream transmission of x-rays through concrete (2.4 density) and lead ( 11 density). Please note the total bream filtration data. As noted before, this is for historical interest to physicists and Radiation Protection Advisers (RPA). In some cases this radiological data is over 50 years old. If in doubt please seek professional advice.

Broad beam X-ray (pulsating potential) Transmission through Concrete (50-300 KV) Fig 4.3(1)

Published: Sep 29, 2021

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Broadbeam X-ray (constant potential) Transmission through Concrete (300-400 KV) Fig 4.3(2)

Published: Sep 29, 2021

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Broadbeam X-ray (constant potential) Transmission through Concrete (0.5-3 MV) Fig 4.3(3)

Published: Sep 29, 2021

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Broad beam X-ray (Betatron) Transmission through Concrete (4-38 MV) Fig 4.3(4)

Published: Sep 29, 2021

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Broad beam transmission of X-Rays (pulsating potential) through lead (50-200 kV) Fig 4.3(5)

Published: Sep 29, 2021

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Broadbeam transmission of X-Rays (pulsating potential) through lead (250-300 kV) Fig 4.3(6)

Published: Sep 29, 2021

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In the beginning, there was nothing, which exploded

– Terry Pratchett -

X-ray Transmission through Shielding Materials

Broad beam X-ray (pulsating potential) Transmission through Concrete (50-300 KV) Fig 4.3(1)

Broadbeam X-ray (constant potential) Transmission through Concrete (300-400 KV) Fig 4.3(2)

Broadbeam X-ray (constant potential) Transmission through Concrete (0.5-3 MV) Fig 4.3(3)

Broad beam X-ray (Betatron) Transmission through Concrete (4-38 MV) Fig 4.3(4)

Broad beam transmission of X-Rays (pulsating potential) through lead (50-200 kV) Fig 4.3(5)

Broadbeam transmission of X-Rays (pulsating potential) through lead (250-300 kV) Fig 4.3(6)