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Questions and Answers
What is the purpose of using a rectangular collimator between the round position-indicating device and the patient?
Why is the use of leaded aprons with thyroid collars especially important for children?
What may happen when the apron or collar are poorly positioned?
What should the operator do if no barrier is available during an x-ray exposure?
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What does Radiation Biology study?
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Study Notes
X-ray Safety and Equipment
- A rectangular collimator is used between the round position-indicating device and the patient to restrict the x-ray beam to the area of interest, reducing patient exposure and scattered radiation.
Protective Gear
- Leaded aprons with thyroid collars are especially important for children because they are more susceptible to radiation damage due to their smaller body size and higher cell division rate.
- Poorly positioned aprons or collars can result in inadequate protection, increasing the risk of radiation exposure to sensitive areas.
Emergency Procedures
- If no barrier is available during an x-ray exposure, the operator should stand as far away from the x-ray source as possible, behind any available shielding, and minimize their exposure time.
Radiation Biology
- Radiation Biology studies the effects of ionizing radiation on living organisms, examining the interactions between radiation and biological systems.
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Description
Test your knowledge of the effects of ionizing radiation on living systems with this quiz. Covering topics such as source-to-skin distance, beam divergence, and tissue irradiation, this quiz will challenge your understanding of radiation hazards.