Microsievert (µSv) to Kilogray (kGy) converter

Converting from Microsievert (µSv) to Kilogray (kGy) | Radiation

What is Microsievert (µSv)

Microsievert (µSv) is a unit of measurement used to quantify the amount of radiation absorbed by human tissues. It is commonly used in the field of radiology and radiation protection to assess the potential biological effects of exposure to ionizing radiation.

What is Kilogray (kGy)

Kilogray (kGy) is a unit of absorbed dose of ionizing radiation in the International System of Units (SI). It measures the energy deposited by ionizing radiation per unit mass of the irradiated material. Kilogray is a larger unit compared to microsievert and is typically used in industrial applications involving high levels of radiation.

Conversion Formulas

The conversion between microsievert (µSv) and kilogray (kGy) can be expressed using the following formulas:

  • To convert from microsievert to kilogray: 1(µSv)=0.000000001(kGy)

  • To convert from kilogray to microsievert: 1(kGy)=1000000000(µSv)

Examples

  1. Converting 13 µSv to kGy:

13(µSv)=0.000000013(kGy)

  1. Converting 12 kGy to µSv:

12(kGy)=12000000000(µSv)

  1. Converting 9 µSv to kGy:

9(µSv)=0.000000009(kGy)

Use this information to perform conversions between microsievert and kilogray effectively in radiation-related calculations.

Microsievert to Kilogray conversion table

µSv to kGy conversion table

Microsievert (µSv)Kilogray (kGy)
0.01 µSv0.00000000001 kGy
0.1 µSv0.0000000001 kGy
1 µSv0.000000001 kGy
2 µSv0.000000002 kGy
3 µSv0.000000003 kGy
4 µSv0.000000004 kGy
5 µSv0.000000005 kGy
6 µSv0.000000006 kGy
7 µSv0.000000007 kGy
8 µSv0.000000008 kGy
9 µSv0.000000009 kGy
10 µSv0.00000001 kGy
10 µSv0.00000001 kGy
20 µSv0.00000002 kGy
30 µSv0.00000003 kGy
40 µSv0.00000004 kGy
50 µSv0.00000005 kGy
60 µSv0.00000006 kGy
70 µSv0.00000007 kGy
80 µSv0.00000008 kGy
90 µSv0.00000009 kGy
100 µSv0.0000001 kGy
1 000 µSv0.000001 kGy
2 000 µSv0.000002 kGy
3 000 µSv0.000003 kGy
4 000 µSv0.000004 kGy
5 000 µSv0.000005 kGy
6 000 µSv0.000006 kGy
7 000 µSv0.000007 kGy
8 000 µSv0.000008 kGy
9 000 µSv0.000009 kGy
10 000 µSv0.00001 kGy