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Radiation-absorbed dose

Values for calculation

$ \{\text{Value}\in\mathbb{R}\} $
This set includes all real numbers.
$ \text{Value} $

Radiation-absorbed dose converter

Radiation-absorbed dose converter from rad to millirad

$$ 1\ \mathrm{rd}={1}\cdot{10^3}\ \mathrm{mrd}=1000\ \mathrm{mrd} $$
$ 1000\ \mathrm{mrd} $
Unrounded result
1000
$1\ \mathrm{rd}={1}\cdot{10^3}\ \mathrm{mrd}=1000\ \mathrm{mrd}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^3}\ \mathrm{mrd}=1000\ \mathrm{mrd}

Radiation-absorbed dose converter from rad to joule/kilogram

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}}\ \mathrm{J/kg}=0.01\ \mathrm{J/kg} $$
$ 0.01\ \mathrm{J/kg} $
Unrounded result
0.01
$1\ \mathrm{rd}={1}\cdot{10^{-2}}\ \mathrm{J/kg}=0.01\ \mathrm{J/kg}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}}\ \mathrm{J/kg}=0.01\ \mathrm{J/kg}

Radiation-absorbed dose converter from rad to joule/gram

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-3}}\ \mathrm{J/g}=1.0E-5\ \mathrm{J/g} $$
$ 1.0E-5\ \mathrm{J/g} $
Unrounded result
1.0E-5
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-3}}\ \mathrm{J/g}=1.0E-5\ \mathrm{J/g}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-3}}\ \mathrm{J/g}=1.0E-5\ \mathrm{J/g}

Radiation-absorbed dose converter from rad to joule/centigram

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-5}}\ \mathrm{J/cg}=1.0E-7\ \mathrm{J/cg} $$
$ 1.0E-7\ \mathrm{J/cg} $
Unrounded result
1.0E-7
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-5}}\ \mathrm{J/cg}=1.0E-7\ \mathrm{J/cg}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-5}}\ \mathrm{J/cg}=1.0E-7\ \mathrm{J/cg}

Radiation-absorbed dose converter from rad to joule/milligram

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-6}}\ \mathrm{J/mg}=1.0E-8\ \mathrm{J/mg} $$
$ 1.0E-8\ \mathrm{J/mg} $
Unrounded result
1.0E-8
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-6}}\ \mathrm{J/mg}=1.0E-8\ \mathrm{J/mg}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-6}}\ \mathrm{J/mg}=1.0E-8\ \mathrm{J/mg}

Radiation-absorbed dose converter from rad to gray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}}\ \mathrm{Gy}=0.01\ \mathrm{Gy} $$
$ 0.01\ \mathrm{Gy} $
Unrounded result
0.01
$1\ \mathrm{rd}={1}\cdot{10^{-2}}\ \mathrm{Gy}=0.01\ \mathrm{Gy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}}\ \mathrm{Gy}=0.01\ \mathrm{Gy}

Radiation-absorbed dose converter from rad to exagray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-18}}\ \mathrm{EGy}=1.0E-20\ \mathrm{EGy} $$
$ 1.0E-20\ \mathrm{EGy} $
Unrounded result
1.0E-20
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-18}}\ \mathrm{EGy}=1.0E-20\ \mathrm{EGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-18}}\ \mathrm{EGy}=1.0E-20\ \mathrm{EGy}

Radiation-absorbed dose converter from rad to petagray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-15}}\ \mathrm{PGy}=1.0E-17\ \mathrm{PGy} $$
$ 1.0E-17\ \mathrm{PGy} $
Unrounded result
1.0E-17
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-15}}\ \mathrm{PGy}=1.0E-17\ \mathrm{PGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-15}}\ \mathrm{PGy}=1.0E-17\ \mathrm{PGy}

Radiation-absorbed dose converter from rad to teragray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-12}}\ \mathrm{TGy}=1.0E-14\ \mathrm{TGy} $$
$ 1.0E-14\ \mathrm{TGy} $
Unrounded result
1.0E-14
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-12}}\ \mathrm{TGy}=1.0E-14\ \mathrm{TGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-12}}\ \mathrm{TGy}=1.0E-14\ \mathrm{TGy}

Radiation-absorbed dose converter from rad to gigagray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-9}}\ \mathrm{GGy}=1.0E-11\ \mathrm{GGy} $$
$ 1.0E-11\ \mathrm{GGy} $
Unrounded result
1.0E-11
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-9}}\ \mathrm{GGy}=1.0E-11\ \mathrm{GGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-9}}\ \mathrm{GGy}=1.0E-11\ \mathrm{GGy}

Radiation-absorbed dose converter from rad to megagray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-6}}\ \mathrm{MGy}=1.0E-8\ \mathrm{MGy} $$
$ 1.0E-8\ \mathrm{MGy} $
Unrounded result
1.0E-8
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-6}}\ \mathrm{MGy}=1.0E-8\ \mathrm{MGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-6}}\ \mathrm{MGy}=1.0E-8\ \mathrm{MGy}

Radiation-absorbed dose converter from rad to kilogray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-3}}\ \mathrm{kGy}=1.0E-5\ \mathrm{kGy} $$
$ 1.0E-5\ \mathrm{kGy} $
Unrounded result
1.0E-5
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-3}}\ \mathrm{kGy}=1.0E-5\ \mathrm{kGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-3}}\ \mathrm{kGy}=1.0E-5\ \mathrm{kGy}

Radiation-absorbed dose converter from rad to hectogray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-2}}\ \mathrm{hGy}=0.0001\ \mathrm{hGy} $$
$ 0.0001\ \mathrm{hGy} $
Unrounded result
0.0001
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-2}}\ \mathrm{hGy}=0.0001\ \mathrm{hGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-2}}\ \mathrm{hGy}=0.0001\ \mathrm{hGy}

Radiation-absorbed dose converter from rad to dekagray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-1}}\ \mathrm{daGy}=0.001\ \mathrm{daGy} $$
$ 0.001\ \mathrm{daGy} $
Unrounded result
0.001
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-1}}\ \mathrm{daGy}=0.001\ \mathrm{daGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{-1}}\ \mathrm{daGy}=0.001\ \mathrm{daGy}

Radiation-absorbed dose converter from rad to decigray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{1}}\ \mathrm{dGy}=0.1\ \mathrm{dGy} $$
$ 0.1\ \mathrm{dGy} $
Unrounded result
0.1
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{1}}\ \mathrm{dGy}=0.1\ \mathrm{dGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{1}}\ \mathrm{dGy}=0.1\ \mathrm{dGy}

Radiation-absorbed dose converter from rad to centigray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{2}}\ \mathrm{cGy}=1\ \mathrm{cGy} $$
$ 1\ \mathrm{cGy} $
Unrounded result
1
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{2}}\ \mathrm{cGy}=1\ \mathrm{cGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{2}}\ \mathrm{cGy}=1\ \mathrm{cGy}

Radiation-absorbed dose converter from rad to milligray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{3}}\ \mathrm{mGy}=10\ \mathrm{mGy} $$
$ 10\ \mathrm{mGy} $
Unrounded result
10
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{3}}\ \mathrm{mGy}=10\ \mathrm{mGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{3}}\ \mathrm{mGy}=10\ \mathrm{mGy}

Radiation-absorbed dose converter from rad to microgray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{6}}\ \mathrm{μGy}=10000\ \mathrm{μGy} $$
$ 10000\ \mathrm{μGy} $
Unrounded result
10000
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{6}}\ \mathrm{μGy}=10000\ \mathrm{μGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{6}}\ \mathrm{μGy}=10000\ \mathrm{μGy}

Radiation-absorbed dose converter from rad to nanogray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{9}}\ \mathrm{nGy}=10000000\ \mathrm{nGy} $$
$ 10000000\ \mathrm{nGy} $
Unrounded result
10000000
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{9}}\ \mathrm{nGy}=10000000\ \mathrm{nGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{9}}\ \mathrm{nGy}=10000000\ \mathrm{nGy}

Radiation-absorbed dose converter from rad to picogray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{12}}\ \mathrm{pGy}=10000000000\ \mathrm{pGy} $$
$ 10000000000\ \mathrm{pGy} $
Unrounded result
10000000000
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{12}}\ \mathrm{pGy}=10000000000\ \mathrm{pGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{12}}\ \mathrm{pGy}=10000000000\ \mathrm{pGy}

Radiation-absorbed dose converter from rad to femtogray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{15}}\ \mathrm{fGy}=10000000000000\ \mathrm{fGy} $$
$ 10000000000000\ \mathrm{fGy} $
Unrounded result
10000000000000
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{15}}\ \mathrm{fGy}=10000000000000\ \mathrm{fGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{15}}\ \mathrm{fGy}=10000000000000\ \mathrm{fGy}

Radiation-absorbed dose converter from rad to attogray

$$ 1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{18}}\ \mathrm{aGy}=1.0E+16\ \mathrm{aGy} $$
$ 1.0E+16\ \mathrm{aGy} $
Unrounded result
1.0E+16
$1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{18}}\ \mathrm{aGy}=1.0E+16\ \mathrm{aGy}$
Equations in LaTeX code
1\ \mathrm{rd}={1}\cdot{10^{-2}\cdot 10^{18}}\ \mathrm{aGy}=1.0E+16\ \mathrm{aGy}
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