Converting from Nanosievert (nSv) to Microroentgen (µR) | Radiation

What is Nanosievert (nSv)

Nanosievert (nSv) is a unit of measurement used to quantify radiation exposure. Specifically, it measures the amount of ionizing radiation absorbed by an object or person.

What is Microroentgen (µR)

Microroentgen (µR) is another unit of measurement for radiation exposure. It is commonly used in the field of radiology and radiation protection to assess the impact of ionizing radiation on living tissues.

Conversion Formulas

The default conversion between Nanosievert (nSv) and Microroentgen (µR) is as follows:

• 1 (nSv) = 0.115 (µR)
• 1 (µR) = 8.695652 (nSv)

Examples

Let's look at some examples of conversions between nSv and µR:

1. 12 Nanosieverts (nSv) = 1.38 Microroentgens (µR)

12(nSv)=1.38(µR)

2. 11 Nanosieverts (nSv) = 1.265 Microroentgens (µR)

11(nSv)=1.265(µR)

3. 15 Nanosieverts (nSv) = 1.725 Microroentgens (µR)

15(nSv)=1.725(µR)

In each example above, the conversion factor between nSv and µR remains consistent based on the established conversion formulas.

Use this page to perform converting from Nanosievert (nSv) to Microroentgen (µR) for accurate radiation exposure assessments in various applications.