ISO 80000-10:2009

Quantities and units — Part 10: Atomic and nuclear physics

Pages: 76
Replacement Standard: ISO 80000-10:2019
Latest Standard: ISO 80000-10:2019/Amd 1:2025

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Referenced standards

IEC 80000-6:2008ISO 80000-3:2006ISO 80000-4:2006ISO 80000-5:2007ISO 80000-7:2008ISO 80000-9:2009

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Quantities and units — Part 10: Atomic and nuclear physics

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ISO 80000-10:2009

Quantities and units — Part 10: Atomic and nuclear physics

ISO 80000-10:2009 gives the names, symbols, and definitions for quantities and units used in atomic and nuclear physics. Where appropriate, conversion factors are also given.

Edition	2009
Standard Part No	10
Published Date	2009
Published By	International Standardization Organisation
Page Count	67

Standard Number: ISO 80000-10:2009
Edition: 2009
Publication Year: 2009
Pages: 76
Replacement Standard: ISO 80000-10:2019
Latest Standard: ISO 80000-10:2019/Amd 1:2025
Category: ISO

atomic number
neutron number
nucleon number
rest mass
rest energy
atomic mass
unified atomic mass constant
elementary charge
charge number
Planck constant
reduced Planck constant
Bohr radius
Rydberg constant
Hartree energy
magnetic dipole moment
Bohr magneton
nuclear magneton
spin
total angular momentum
gyromagnetic ratio for electron
gyromagnetic ratio
quantum number
principal quantum number
orbital angular momentum quantum number
magnetic quantum number
spin quantum number
total angular momentum quantum number
nuclear spin quantum number
hyperfine structure quantum number
g-factor of nucleus
Larmor angular frequency
nuclear precession angular frequency
cyclotron angular frequency
nuclear quadrupole moment
nuclear radius
fine-structure constant
electron radius
Compton wavelength
mass excess
mass defect
relative mass defect
binding energy
decay constant
mean lifetime
level width
activity
specific activity
activity density
surface activity density
half-life
alpha disintegration energy
maximum beta-particle energy
beta disintegration energy
internal conversion factor
reaction energy
resonance energy
cross-section
total cross-section
angular cross-section
spectral cross-section
spectral angular cross-section
macroscopic cross-section
particle fluence
particle fluence rate
radiant energy
energy fluence
energy fluence rate
particle current
linear attenuation coefficient
mass attenuation coefficient
molar attenuation coefficient
atomic attenuation coefficient
half-value thickness
total linear stopping power
total atomic stopping power
total mass stopping power
mean linear range
mean mass range
linear ionization
total ionization
average energy loss per elementary charge produced
mobility
particle number density
ion number density
recombination coefficient
diffusion coefficient
diffusion coefficient for fluence rate
particle source density
slowing-down density
resonance escape probability
lethargy
average logarithmic energy decrement
mean free path
slowing-down area
diffusion area
migration area
slowing-down length
diffusion length
migration length
neutron yield per fission
neutron yield per absorption
fast fission factor
thermal utilisation factor
non-leakage probability
multiplication factor
infinite multiplication factor
effective multiplication factor
reactivity
reactor time constant
energy imparted
mean energy imparted
absorbed dose
specific energy imparted
quality factor
dose equivalent
absorbed dose rate
linear energy transfer
kerma
kerma rate
mass energy transfer coefficient
exposure
exposure rate