Radiation Absorbed Dose Converter

⚡ Convert between radiation absorbed dose units with precision and ease. Your ultimate medical physics companion for accurate dose calculations! ☢️

📏 From
🎯 To
Enter a value to see the result
Common Conversions
Quick access to frequently used conversions
Unit Information

SI Units

International System of Units (SI) measurements

Gy
si
Gray
SI unit of radiation absorbed dose
mGy
si
Milligray
Milligray (1/1000 Gy)
μGy
si
Microgray
Microgray (1/1,000,000 Gy)
nGy
si
Nanogray
Nanogray (1/1,000,000,000 Gy)

traditional

Unit measurements

rad
traditional
Rad
Traditional unit of radiation absorbed dose
mrad
traditional
Millirad
Millirad (1/1000 rad)
μrad
traditional
Microrad
Microrad (1/1,000,000 rad)

Other Units

Specialized and historical measurements

erg/g
other
Erg per Gram
Erg per gram (1/10,000 Gy)
J/kg
other
Joule per Kilogram
Joule per kilogram (same as Gy)

Practical Units

Commonly used units in practical applications

cGy
practical
Centigray
Centigray (1/100 Gy)
dGy
practical
Decigray
Decigray (1/10 Gy)
Preferences

Radiation Absorbed Dose Converter

Our Radiation Absorbed Dose Converter provides accurate conversions between various units of radiation absorbed dose measurement. Whether you're working with grays, rads, or other radiation absorbed dose units, this tool delivers precise results instantly.

Supported Unit Categories:

  • SI Units: Gy, mGy, μGy, nGy
  • Traditional Units: rad, mrad, μrad
  • Other Units: erg/g, J/kg
  • Practical Units: cGy, dGy

Common Conversions:

  • 1 Gy = 100 rad
  • 1 rad = 0.01 Gy
  • 1 mGy = 0.1 rad
  • 1 μGy = 0.0001 rad

How to Use:

  1. Enter the value you want to convert in the input field
  2. Select the source unit from the "From" dropdown
  3. Select the target unit from the "To" dropdown
  4. View the converted result instantly
  5. Use the swap button to quickly reverse the conversion

Applications:

This radiation absorbed dose converter is useful for health physicists, medical physicists, healthcare workers, researchers, students, and anyone working with health physics, medical physics, and radiation therapy. It's particularly helpful for radiation therapy planning, dosimetry, medical physics, and understanding radiation absorbed dose measurements.

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