What type of dose equivalent is calculated for a tissue depth of 1.0 cm?

The calculation of dose equivalent for a tissue depth of 1.0 cm refers specifically to what is known as a deep dose. This term is used in radiation safety to quantify the biological effect of ionizing radiation based on how deeply the radiation penetrates into the body. For most tissues, particularly for those located internally or for organs such as the lungs, a depth of 1.0 cm is often used to gauge how much radiation exposure affects deeper tissues and organs.

The deep dose is relevant in assessing potential health risks associated with radiation exposure, especially in occupational settings or medical procedures where individual protection and exposure guidelines are crucial. This measurement helps define appropriate safety standards and protocols to minimize risks to individuals who may be exposed to radiation.

In contrast, the shallow dose would refer to radiation exposure to tissues near the surface of the skin (typically less than 0.007 cm), the effective dose takes into account the varying sensitivities of different organs and tissues to radiation, and mean dose could refer to an average exposure that doesn't specifically indicate depth. All these definitions serve different purposes in the broader context of radiation dose assessment and safety.