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Questions and Answers
What is the most widely used and recommended lead equivalent thickness for aprons in diagnostic imaging?
What is the most widely used and recommended lead equivalent thickness for aprons in diagnostic imaging?
- 0.35 mm
- 0.25 mm
- 0.5 mm (correct)
- 1.0 mm
In what area can a neck and thyroid shield provide protection for occupationally exposed individuals?
In what area can a neck and thyroid shield provide protection for occupationally exposed individuals?
- Chest area
- Thyroid area (correct)
- Foot area
- Hand area
What level of lead equivalent protection is recommended for protective eyeglasses during fluoroscopy and interventional procedures?
What level of lead equivalent protection is recommended for protective eyeglasses during fluoroscopy and interventional procedures?
- 1.0 mm
- 0.35 mm (correct)
- 0.25 mm
- 0.5 mm
What is the purpose of side shields on protective eyeglasses used during procedures that require turning of the head?
What is the purpose of side shields on protective eyeglasses used during procedures that require turning of the head?
What is the purpose of using wraparound frame aprons?
What is the purpose of using wraparound frame aprons?
Which lead apron thickness is most appropriate for use in mammography?
Which lead apron thickness is most appropriate for use in mammography?
What is the function of protective eyeglasses with wraparound frames during general fluoroscopy?
What is the function of protective eyeglasses with wraparound frames during general fluoroscopy?
Why is the lead-lined metal tube housing designed in diagnostic x-ray procedures?
Why is the lead-lined metal tube housing designed in diagnostic x-ray procedures?
What is a reason to use other materials in the protective apron instead of lead?
What is a reason to use other materials in the protective apron instead of lead?
Why are some garments impregnated with tin or similar metals?
Why are some garments impregnated with tin or similar metals?
When should protective lead aprons and gloves be used by radiographers?
When should protective lead aprons and gloves be used by radiographers?
Historically, what was the required equivalent thickness of a protective apron for a 100 kVp x-ray beam?
Historically, what was the required equivalent thickness of a protective apron for a 100 kVp x-ray beam?
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