Gamma and Neutron radiation are capable of causing exposure to which area of the body?

Gamma and neutron radiation have the capability to penetrate the body’s tissues and affect internal organs, making them particularly concerning in terms of whole-body exposure. Unlike alpha or beta radiation, which can be stopped by the skin or are only harmful when ingested or inhaled, gamma and neutron radiation can pass through the skin and deposit energy in deeper tissues.

This means they can cause ionization throughout the body, impacting organs and systems as a whole. Neutron radiation, in particular, can produce secondary gamma radiation upon interacting with tissues, leading to additional exposure beyond direct contact.

Understanding the nature of these types of radiation is crucial in radiation safety and health physics, as whole-body exposure can result in more severe biological effects compared to localized exposure that might occur with other forms of radiation.