What Materials Can Effectively Absorb Gamma Rays?

Learn which materials block gamma radiation, ensuring safety in high-energy environments.

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Gamma rays can be absorbed by dense materials such as lead, concrete, and depleted uranium. These materials are effective at blocking high-energy radiation due to their density and heavy atomic structure, providing protection in environments where gamma radiation is present.

FAQs & Answers

  1. Why are dense materials used to block gamma radiation? Dense materials like lead and concrete are effective in blocking gamma radiation due to their heavy atomic structure, providing better absorption.
  2. What other types of radiation can these materials protect against? Aside from gamma radiation, lead and concrete also provide protection against X-rays and some types of particle radiation.
  3. How does depleted uranium compare to lead in gamma absorption? Depleted uranium is denser than lead and can effectively absorb gamma rays, often used in more specialized applications.