Introduction
SI units
Basic interactions
Dimensions and units
Numeric values of the fundamental constants
Energy Units
Magnetic resonance in SI units
Quantity  Dimensions  Units 
Kinetic energy 
kg m^{ 2} s^{ 2} = N m = J (joule) 

Zeeman interaction  kg m^{ 2} s^{ 2} = N m = J (joule)  
Coulomb interaction energy  kg m^{ 2} s^{ 2} = N m = J (joule)  
Permittivity of vacuum 
A s V^{ 1} m^{ 1} = F m^{ 1 } = A^{ 2} s^{ 4} kg^{ 1} m^{ 3} 

Permeability of vacuum 
H m^{ 1} = T m A^{ 1} = Wb A^{ 1} m^{ 1} = V s A^{ 1} m^{ 1} 

Thermal energy, Amount of heat  kg m^{ 2} s^{ 2} = N m = J (joule)  
Angular momentum  kg m^{ 2} s^{ 1} = J s  
Magnetic moment  A m^{2}  
Magnetic field B (Magnetic flux density) 
Wb/m^{2 }= kg·s^{2}·A^{1} = T (tesla)  
gyromagnetic ratio 
A s kg^{ 1} = C kg ^{1} = s^{ 1} T^{ 1} 

Gravitational constant 
m^{ 3} kg^{ 1} s^{ 2} = N m^{ 2} kg^{ 2 } 
©Nikolai Shokhirev, 20012002