1 mSv/year isodose ‘bunnies’ for various workloads.

<p>A and B. Minimum distance to the center of the phantom for 90 kV, 2.5 mAs and SSD 1.8 m and 1 m, resp. at which the yearly scattered radiation dose was below 1 mSv/year. P and X indicate position of the phantom and X-ray tube. The angular distribution is identical to <a href="/artic...

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Bibliographic Details
Main Author:	Leonie E. Paulis (20615413) (author)
Other Authors:	Roald S. Schnerr (20615416) (author), Jarred Halton (8309070) (author), Zhi Zhen Qin (8363088) (author), Arlene Chua (134856) (author)
Published:	2025
Subjects:	Biophysics Medicine Cell Biology Biotechnology Cancer Hematology Virology Space Science Biological Sciences not elsewhere classified Physical Sciences not elsewhere classified xlink "> ultraportable various positions surrounding met international criteria g ., 4 direction back towards 90 &# 8201 international dose limits typical radiographer position radiographer dose limit performing 50 exams different scenarios based yearly scatter doses source skin distance public dose limit leakage radiation dose radiation dose measurements e ., behind cxr screening scenarios ray tube ), radiation dose leakage radiation ray tube based settings 29 exams radiation safety radiographer wearing tb ). study aims right sides ray systems radiographers compared minimum distances lead apron insufficient guidance correction factor chest imaging 20 msv 10 mas
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1 mSv/year isodose ‘bunnies’ for various workloads.

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