# SI System Reference

Includes all the si unit headers

unit< absorbed_dose_dimension, si::system >
const absorbed_dose
const absorbed_dose
unit< acceleration_dimension, si::system >
const acceleration
const acceleration
const acceleration
const acceleration
unit< action_dimension, si::system >
unit< activity_dimension, si::system >
const activity
const activity
unit< amount_dimension, si::system >
const amount
const amount
unit< angular_acceleration_dimension, si::system >
unit< angular_momentum_dimension, si::system >
unit< angular_velocity_dimension, si::system >
const angular_velocity
const angular_velocity
unit< area_dimension, si::system >
const area
const area
const area
const area
placeholder class defining si unit system
make_system< meter_base_unit, kilogram_base_unit, second_base_unit, ampere_base_unit, kelvin_base_unit, mole_base_unit, candela_base_unit, angle::radian_base_unit, angle::steradian_base_unit >::type
dimensionless si unit
unit< dimensionless_type, system >
unit< capacitance_dimension, si::system >
const capacitance
const capacitance
catalytic activity : T^-1 A^1
derived_dimension< time_base_dimension,-1, amount_base_dimension, 1 >::type
unit< si::catalytic_activity_dim, si::system >
const catalytic_activity
const catalytic_activity

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_alpha
quantity< mass >
6.64465620e-27 *
3.3e-34 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

alpha particle mass

m_alpha_over_m_e
quantity< dimensionless >
7294.2995365 *
3.1e-6 *
alpha-electron mass ratio
m_alpha_over_m_p
quantity< dimensionless >
3.97259968951 *
4.1e-10 *
alpha-proton mass ratio
M_alpha
quantity< mass_over_amount >
4.001506179127e-3 *kilograms/
6.2e-14 *kilograms/
alpha molar mass
alpha
quantity< dimensionless >
7.2973525376e-3 *
5.0e-12 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

fine structure constant

R_infinity
quantity< wavenumber >
10973731.568527/
7.3e-5/
Rydberg constant.
a_0
quantity< length >
0.52917720859e-10 *
3.6e-20 *
Bohr radius.
E_h
quantity< energy >
4.35974394e-18 *
2.2e-25 *
Hartree energy.

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_d
quantity< mass >
3.34358320e-27 *
1.7e-34 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

deuteron mass

m_d_over_m_e
quantity< dimensionless >
3670.4829654 *
1.6e-6 *
deuteron-electron mass ratio
m_d_over_m_p
quantity< dimensionless >
1.99900750108 *
2.2e-10 *
deuteron-proton mass ratio
M_d
quantity< mass_over_amount >
2.013553212724e-3 *kilograms/
7.8e-14 *kilograms/
deuteron molar mass
R_d
quantity< length >
2.1402e-15 *
2.8e-18 *
deuteron rms charge radius
mu_d
quantity< energy_over_magnetic_flux_density >
0.433073465e-26 *joules/
1.1e-34 *joules/
deuteron magnetic moment
mu_d_over_mu_B
quantity< dimensionless >
0.4669754556e-3 *
3.9e-12 *
deuteron-Bohr magneton ratio
mu_d_over_mu_N
quantity< dimensionless >
0.8574382308 *
7.2e-9 *
deuteron-nuclear magneton ratio
g_d
quantity< dimensionless >
0.8574382308 *
7.2e-9 *
deuteron g-factor
mu_d_over_mu_e
quantity< dimensionless >
-4.664345537e-4 *
3.9e-12 *
deuteron-electron magnetic moment ratio
mu_d_over_mu_p
quantity< dimensionless >
0.3070122070 *
2.4e-9 *
deuteron-proton magnetic moment ratio
mu_d_over_mu_n
quantity< dimensionless >
-0.44820652 *
1.1e-7 *
deuteron-neutron magnetic moment ratio

CODATA recommended values of fundamental electromagnetic constants.

CODATA recommended values of the fundamental physical constants: NIST SP 961 CODATA 2006 values as of 2007/03/30

e
quantity< electric_charge >
1.602176487e-19 *
4.0e-27 *
elementary charge
e_over_h
quantity< current_over_energy >
2.417989454e14 *amperes/
6.0e6 *amperes/
elementary charge to Planck constant ratio
Phi_0
quantity< magnetic_flux >
2.067833667e-15 *
5.2e-23 *
magnetic flux quantum
G_0
quantity< conductance >
7.7480917004e-5 *
5.3e-14 *
conductance quantum
K_J
quantity< frequency_over_electric_potential >
483597.891e9 *hertz/
1.2e7 *hertz/
Josephson constant.
R_K
quantity< resistance >
25812.807557 *
1.77e-5 *
von Klitzing constant
mu_B
quantity< energy_over_magnetic_flux_density >
927.400915e-26 *joules/
2.3e-31 *joules/
Bohr magneton.
mu_N
quantity< energy_over_magnetic_flux_density >
5.05078324e-27 *joules/
1.3e-34 *joules/
nuclear magneton

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_e
quantity< mass >
9.10938215e-31 *
4.5e-38 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

electron mass

m_e_over_m_mu
quantity< dimensionless >
4.83633171e-3 *
1.2e-10 *
electron-muon mass ratio
m_e_over_m_tau
quantity< dimensionless >
2.87564e-4 *
4.7e-8 *
electron-tau mass ratio
m_e_over_m_p
quantity< dimensionless >
5.4461702177e-4 *
2.4e-13 *
electron-proton mass ratio
m_e_over_m_n
quantity< dimensionless >
5.4386734459e-4 *
3.3e-13 *
electron-neutron mass ratio
m_e_over_m_d
quantity< dimensionless >
2.7244371093e-4 *
1.2e-13 *
electron-deuteron mass ratio
m_e_over_m_alpha
quantity< dimensionless >
1.37093355570e-4 *
5.8e-14 *
electron-alpha particle mass ratio
e_over_m_e
quantity< electric_charge_over_mass >
1.758820150e11 *coulombs/
4.4e3 *coulombs/
electron charge to mass ratio
M_e
quantity< mass_over_amount >
5.4857990943e-7 *kilograms/
2.3e-16 *kilograms/
electron molar mass
lambda_C
quantity< length >
2.4263102175e-12 *
3.3e-21 *
Compton wavelength.
r_e
quantity< length >
2.8179402894e-15 *
5.8e-24 *
classical electron radius
sigma_e
quantity< area >
0.6652458558e-28 *
2.7e-37 *
Thompson cross section.
mu_e
quantity< energy_over_magnetic_flux_density >
-928.476377e-26 *joules/
2.3e-31 *joules/
electron magnetic moment
mu_e_over_mu_B
quantity< dimensionless >
-1.00115965218111 *
7.4e-13 *
electron-Bohr magenton moment ratio
mu_e_over_mu_N
quantity< dimensionless >
-183.28197092 *
8.0e-7 *
electron-nuclear magneton moment ratio
a_e
quantity< dimensionless >
1.15965218111e-3 *
7.4e-13 *
electron magnetic moment anomaly
g_e
quantity< dimensionless >
-2.0023193043622 *
1.5e-12 *
electron g-factor
mu_e_over_mu_mu
quantity< dimensionless >
206.7669877 *
5.2e-6 *
electron-muon magnetic moment ratio
mu_e_over_mu_p
quantity< dimensionless >
-658.2106848 *
5.4e-6 *
electron-proton magnetic moment ratio
mu_e_over_mu_p_prime
quantity< dimensionless >
-658.2275971 *
7.2e-6 *
electron-shielded proton magnetic moment ratio
mu_e_over_mu_n
quantity< dimensionless >
960.92050 *
2.3e-4 *
electron-neutron magnetic moment ratio
mu_e_over_mu_d
quantity< dimensionless >
-2143.923498 *
1.8e-5 *
electron-deuteron magnetic moment ratio
mu_e_over_mu_h_prime
quantity< dimensionless >
864.058257 *
1.0e-5 *
electron-shielded helion magnetic moment ratio
gamma_e
quantity< frequency_over_magnetic_flux_density >
1.760859770e11/second/
4.4e3/second/
electron gyromagnetic ratio

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_h
quantity< mass >
5.00641192e-27 *
2.5e-34 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

helion mass

m_h_over_m_e
quantity< dimensionless >
5495.8852765 *
5.2e-6 *
helion-electron mass ratio
m_h_over_m_p
quantity< dimensionless >
2.9931526713 *
2.6e-9 *
helion-proton mass ratio
M_h
quantity< mass_over_amount >
3.0149322473e-3 *kilograms/
2.6e-12 *kilograms/
helion molar mass
mu_h_prime
quantity< energy_over_magnetic_flux_density >
-1.074552982e-26 *joules/
3.0e-34 *joules/
helion shielded magnetic moment
mu_h_prime_over_mu_B
quantity< dimensionless >
-1.158671471e-3 *
1.4e-11 *
shielded helion-Bohr magneton ratio
mu_h_prime_over_mu_N
quantity< dimensionless >
-2.127497718 *
2.5e-8 *
shielded helion-nuclear magneton ratio
mu_h_prime_over_mu_p
quantity< dimensionless >
-0.761766558 *
1.1e-8 *
shielded helion-proton magnetic moment ratio
mu_h_prime_over_mu_p_prime
quantity< dimensionless >
-0.7617861313 *
3.3e-8 *
shielded helion-shielded proton magnetic moment ratio
gamma_h_prime
quantity< frequency_over_magnetic_flux_density >
2.037894730e8/second/
5.6e-0/second/
shielded helion gyromagnetic ratio

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_mu
quantity< mass >
1.88353130e-28 *
1.1e-35 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

muon mass

m_mu_over_m_e
quantity< dimensionless >
206.7682823 *
5.2e-6 *
muon-electron mass ratio
m_mu_over_m_tau
quantity< dimensionless >
5.94592e-2 *
9.7e-6 *
muon-tau mass ratio
m_mu_over_m_p
quantity< dimensionless >
0.1126095261 *
2.9e-9 *
muon-proton mass ratio
m_mu_over_m_n
quantity< dimensionless >
0.1124545167 *
2.9e-9 *
muon-neutron mass ratio
M_mu
quantity< mass_over_amount >
0.1134289256e-3 *kilograms/
2.9e-12 *kilograms/
muon molar mass
lambda_C_mu
quantity< length >
11.73444104e-15 *
3.0e-22 *
muon Compton wavelength
mu_mu
quantity< energy_over_magnetic_flux_density >
-4.49044786e-26 *joules/
1.6e-33 *joules/
muon magnetic moment
mu_mu_over_mu_B
quantity< dimensionless >
-4.84197049e-3 *
1.2e-10 *
muon-Bohr magneton ratio
mu_mu_over_mu_N
quantity< dimensionless >
-8.89059705 *
2.3e-7 *
muon-nuclear magneton ratio
a_mu
quantity< dimensionless >
1.16592069e-3 *
6.0e-10 *
muon magnetic moment anomaly
g_mu
quantity< dimensionless >
-2.0023318414 *
1.2e-9 *
muon g-factor
mu_mu_over_mu_p
quantity< dimensionless >
-3.183345137 *
8.5e-8 *
muon-proton magnetic moment ratio

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_n
quantity< mass >
1.674927211e-27 *
8.4e-35 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

neutron mass

m_n_over_m_e
quantity< dimensionless >
1838.6836605 *
1.1e-6 *
neutron-electron mass ratio
m_n_over_m_mu
quantity< dimensionless >
8.89248409 *
2.3e-7 *
neutron-muon mass ratio
m_n_over_m_tau
quantity< dimensionless >
0.528740 *
8.6e-5 *
neutron-tau mass ratio
m_n_over_m_p
quantity< dimensionless >
1.00137841918 *
4.6e-10 *
neutron-proton mass ratio
M_n
quantity< mass_over_amount >
1.00866491597e-3 *kilograms/
4.3e-13 *kilograms/
neutron molar mass
lambda_C_n
quantity< length >
1.3195908951e-15 *
2.0e-24 *
neutron Compton wavelength
mu_n
quantity< energy_over_magnetic_flux_density >
-0.96623641e-26 *joules/
2.3e-33 *joules/
neutron magnetic moment
g_n
quantity< dimensionless >
-3.82608545 *
9.0e-7 *
neutron g-factor
mu_n_over_mu_e
quantity< dimensionless >
1.04066882e-3 *
2.5e-10 *
neutron-electron magnetic moment ratio
mu_n_over_mu_p
quantity< dimensionless >
-0.68497934 *
1.6e-7 *
neutron-proton magnetic moment ratio
mu_n_over_mu_p_prime
quantity< dimensionless >
-0.68499694 *
1.6e-7 *
neutron-shielded proton magnetic moment ratio
gamma_n
quantity< frequency_over_magnetic_flux_density >
1.83247185e8/second/
4.3e1/second/
neutron gyromagnetic ratio

CODATA recommended values of fundamental physico-chemical constants CODATA 2014 values as of 2016/04/26

N_A
quantity< inverse_amount >
6.022140857e23/
7.4e15/
Avogadro constant.
m_u
quantity< mass >
1.660539040e-27 *
2.0e-35 *
atomic mass constant
F
quantity< electric_charge_over_amount >
96485.33289 *coulombs/
5.9e-4 *coulombs/
Faraday constant.
R
quantity< energy_over_temperature_amount >
8.3144598 *joules/kelvin/
4.8e-06 *joules/kelvin/
molar gas constant
k_B
quantity< energy_over_temperature >
1.38064852e-23 *joules/
7.9e-30 *joules/
Boltzmann constant.
sigma_SB
quantity< power_over_area_temperature_4 >
5.670367e-8 *watts/square_meter/pow< 4 >
1.3e-13 *watts/square_meter/pow< 4 >
Stefan-Boltzmann constant.
c_1
quantity< power_area >
3.741771790e-16 *watt *
4.6e-24 *watt *
first radiation constant
c_1L
quantity< power_area_over_solid_angle >
1.191042953e-16 *watt *square_meters/
1.5e-24 *watt *square_meters/
first radiation constant for spectral radiance
c_2
quantity< length_temperature >
1.43877736e-2 *meter *
8.3e-9 *meter *
second radiation constant
b
quantity< length_temperature >
2.8977729e-3 *meter *
1.7e-9 *meter *
Wien displacement law constant : lambda_max T.
b_prime
quantity< frequency_over_temperature >
5.8789238e10 *hertz/
3.4e4 *hertz/
Wien displacement law constant : nu_max/T.

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_p
quantity< mass >
1.672621637e-27 *
8.3e-35 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

proton mass

m_p_over_m_e
quantity< dimensionless >
1836.15267247 *
8.0e-7 *
proton-electron mass ratio
m_p_over_m_mu
quantity< dimensionless >
8.88024339 *
2.3e-7 *
proton-muon mass ratio
m_p_over_m_tau
quantity< dimensionless >
0.528012 *
8.6e-5 *
proton-tau mass ratio
m_p_over_m_n
quantity< dimensionless >
0.99862347824 *
4.6e-10 *
proton-neutron mass ratio
e_over_m_p
quantity< electric_charge_over_mass >
9.57883392e7 *coulombs/
2.4e0 *coulombs/
proton charge to mass ratio
M_p
quantity< mass_over_amount >
1.00727646677e-3 *kilograms/
1.0e-13 *kilograms/
proton molar mass
lambda_C_p
quantity< length >
1.3214098446e-15 *
1.9e-24 *
proton Compton wavelength
R_p
quantity< length >
0.8768e-15 *
6.9e-18 *
proton rms charge radius
mu_p
quantity< energy_over_magnetic_flux_density >
1.410606662e-26 *joules/
3.7e-34 *joules/
proton magnetic moment
mu_p_over_mu_B
quantity< dimensionless >
1.521032209e-3 *
1.2e-11 *
proton-Bohr magneton ratio
mu_p_over_mu_N
quantity< dimensionless >
2.792847356 *
2.3e-8 *
proton-nuclear magneton ratio
g_p
quantity< dimensionless >
5.585694713 *
4.6e-8 *
proton g-factor
mu_p_over_mu_n
quantity< dimensionless >
-1.45989806 *
3.4e-7 *
proton-neutron magnetic moment ratio
mu_p_prime
quantity< energy_over_magnetic_flux_density >
1.410570419e-26 *joules/
3.8e-34 *joules/
shielded proton magnetic moment
mu_p_prime_over_mu_B
quantity< dimensionless >
1.520993128e-3 *
1.7e-11 *
shielded proton-Bohr magneton ratio
mu_p_prime_over_mu_N
quantity< dimensionless >
2.792775598 *
3.0e-8 *
shielded proton-nuclear magneton ratio
sigma_p_prime
quantity< dimensionless >
25.694e-6 *
1.4e-8 *
proton magnetic shielding correction
gamma_p
quantity< frequency_over_magnetic_flux_density >
2.675222099e8/second/
7.0e0/second/
proton gyromagnetic ratio
gamma_p_prime
quantity< frequency_over_magnetic_flux_density >
2.675153362e8/second/
7.3e0/second/
shielded proton gyromagnetic ratio

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_tau
quantity< mass >
3.16777e-27 *
5.2e-31 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

tau mass

m_tau_over_m_e
quantity< dimensionless >
3477.48 *
5.7e-1 *
tau-electron mass ratio
m_tau_over_m_mu
quantity< dimensionless >
16.8183 *
2.7e-3 *
tau-muon mass ratio
m_tau_over_m_p
quantity< dimensionless >
1.89390 *
3.1e-4 *
tau-proton mass ratio
m_tau_over_m_n
quantity< dimensionless >
1.89129 *
3.1e-4 *
tau-neutron mass ratio
M_tau
quantity< mass_over_amount >
1.90768e-3 *kilograms/
3.1e-7 *kilograms/
tau molar mass
lambda_C_tau
quantity< length >
0.69772e-15 *
1.1e-19 *
tau Compton wavelength

CODATA recommended values of fundamental atomic and nuclear constants CODATA 2006 values as of 2007/03/30

m_t
quantity< mass >
5.00735588e-27 *
2.5e-34 *
CODATA recommended values of the fundamental physical constants: NIST SP 961.

triton mass

m_t_over_m_e
quantity< dimensionless >
5496.9215269 *
5.1e-6 *
triton-electron mass ratio
m_t_over_m_p
quantity< dimensionless >
2.9937170309 *
2.5e-9 *
triton-proton mass ratio
M_t
quantity< mass_over_amount >
3.0155007134e-3 *kilograms/
2.5e-12 *kilograms/
triton molar mass
mu_t
quantity< energy_over_magnetic_flux_density >
1.504609361e-26 *joules/
4.2e-34 *joules/
triton magnetic moment
mu_t_over_mu_B
quantity< dimensionless >
1.622393657e-3 *
2.1e-11 *
triton-Bohr magneton ratio
mu_t_over_mu_N
quantity< dimensionless >
2.978962448 *
3.8e-8 *
triton-nuclear magneton ratio
g_t
quantity< dimensionless >
5.957924896 *
7.6e-8 *
triton g-factor
mu_t_over_mu_e
quantity< dimensionless >
-1.620514423e-3 *
2.1e-11 *
triton-electron magnetic moment ratio
mu_t_over_mu_p
quantity< dimensionless >
1.066639908 *
1.0e-8 *
triton-proton magnetic moment ratio
mu_t_over_mu_n
quantity< dimensionless >
-1.55718553 *
3.7e-7 *
triton-neutron magnetic moment ratio
divide_typeof_helper< frequency, electric_potential >::type
divide_typeof_helper< electric_charge, mass >::type
divide_typeof_helper< mass, amount >::type
divide_typeof_helper< energy, magnetic_flux_density >::type
divide_typeof_helper< frequency, magnetic_flux_density >::type
divide_typeof_helper< current, energy >::type
divide_typeof_helper< dimensionless, amount >::type
divide_typeof_helper< energy, temperature >::type
divide_typeof_helper< energy_over_temperature, amount >::type
divide_typeof_helper< divide_typeof_helper< power, area >::type, power_typeof_helper< temperature, static_rational< 4 > >::type >::type
multiply_typeof_helper< power, area >::type
divide_typeof_helper< power_area, solid_angle >::type
multiply_typeof_helper< length, temperature >::type
divide_typeof_helper< frequency, temperature >::type
divide_typeof_helper< divide_typeof_helper< force, current >::type, current >::type
divide_typeof_helper< capacitance, length >::type
divide_typeof_helper< divide_typeof_helper< divide_typeof_helper< volume, mass >::type, time >::type, time >::type
multiply_typeof_helper< energy, time >::type
divide_typeof_helper< electric_charge, amount >::type

CODATA recommended values of fundamental universal constants using CODATA 2006 values as of 2007/03/30

c
quantity< velocity >
299792458.0 *meters/
0.0 *meters/
CODATA recommended values of the fundamental physical constants: NIST SP 961.

speed of light

mu_0
quantity< force_over_current_squared >
12.56637061435917295385057353311801153679e-7 *newtons/ampere/
0.0 *newtons/ampere/
magnetic constant (exactly 4 pi x 10^(-7) - error is due to finite precision of pi)
epsilon_0
quantity< capacitance_over_length >
8.854187817620389850536563031710750260608e-12 *farad/
0.0 *farad/
electric constant
Z_0
quantity< resistance >
376.7303134617706554681984004203193082686 *
0.0 *
characteristic impedance of vacuum
G
quantity< volume_over_mass_time_squared >
6.67428e-11 *cubic_meters/kilogram/second/
6.7e-15 *cubic_meters/kilogram/second/
Newtonian constant of gravitation.
h
quantity< energy_time >
6.62606896e-34 *joule *
3.3e-41 *joule *
Planck constant.
hbar
quantity< energy_time >
1.054571628e-34 *joule *
5.3e-42 *joule *
Dirac constant.
m_P
quantity< mass >
2.17644e-8 *
1.1e-12 *
Planck mass.
T_P
quantity< temperature >
1.416785e32 *
7.1e27 *
Planck temperature.
l_P
quantity< length >
1.616252e-35 *
8.1e-40 *
Planck length.
t_P
quantity< time >
5.39124e-44 *
2.7e-48 *
Planck time.
unit< conductance_dimension, si::system >
const conductance
const conductance
const conductance
const conductance
unit< conductivity_dimension, si::system >
unit< current_dimension, si::system >
const current
const current
const dimensionless
unit< dose_equivalent_dimension, si::system >
const dose_equivalent
const dose_equivalent
unit< dynamic_viscosity_dimension, si::system >
unit< electric_charge_dimension, si::system >
const electric_charge
const electric_charge
unit< electric_potential_dimension, si::system >
const electric_potential
const electric_potential
unit< energy_dimension, si::system >
const energy
const energy
unit< force_dimension, si::system >
const force
const force
unit< frequency_dimension, si::system >
const frequency
unit< illuminance_dimension, si::system >
const illuminance
unit< impedance_dimension, si::system >
unit< inductance_dimension, si::system >
const inductance
const inductance
std::string `const reduce_unit< si::absorbed_dose >::type &`
std::string `const reduce_unit< si::absorbed_dose >::type &`
std::string `const reduce_unit< si::capacitance >::type &`
std::string `const reduce_unit< si::capacitance >::type &`
std::string `const reduce_unit< si::catalytic_activity >::type &`
std::string `const reduce_unit< si::catalytic_activity >::type &`
std::string `const reduce_unit< si::conductance >::type &`
std::string `const reduce_unit< si::conductance >::type &`
std::string `const reduce_unit< si::electric_charge >::type &`
std::string `const reduce_unit< si::electric_charge >::type &`
std::string `const reduce_unit< si::electric_potential >::type &`
std::string `const reduce_unit< si::electric_potential >::type &`
std::string `const reduce_unit< si::energy >::type &`
std::string `const reduce_unit< si::energy >::type &`
std::string `const reduce_unit< si::force >::type &`
std::string `const reduce_unit< si::force >::type &`
std::string `const reduce_unit< si::frequency >::type &`
std::string `const reduce_unit< si::frequency >::type &`
std::string `const reduce_unit< si::illuminance >::type &`
std::string `const reduce_unit< si::illuminance >::type &`
std::string `const reduce_unit< si::inductance >::type &`
std::string `const reduce_unit< si::inductance >::type &`
std::string `const reduce_unit< si::luminous_flux >::type &`
std::string `const reduce_unit< si::luminous_flux >::type &`
std::string `const reduce_unit< si::magnetic_flux >::type &`
std::string `const reduce_unit< si::magnetic_flux >::type &`
std::string `const reduce_unit< si::magnetic_flux_density >::type &`
std::string `const reduce_unit< si::magnetic_flux_density >::type &`
std::string `const reduce_unit< si::power >::type &`
std::string `const reduce_unit< si::power >::type &`
std::string `const reduce_unit< si::pressure >::type &`
std::string `const reduce_unit< si::pressure >::type &`
std::string `const reduce_unit< si::resistance >::type &`
std::string `const reduce_unit< si::resistance >::type &`
unit< kinematic_viscosity_dimension, si::system >
unit< length_dimension, si::system >
const length
const length
const length
const length
unit< luminous_flux_dimension, si::system >
const luminous_flux
const luminous_flux
unit< luminous_intensity_dimension, si::system >
const luminous_intensity
const luminous_intensity
unit< magnetic_field_intensity_dimension, si::system >
unit< magnetic_flux_dimension, si::system >
const magnetic_flux
const magnetic_flux
unit< magnetic_flux_density_dimension, si::system >
const magnetic_flux_density
const magnetic_flux_density
unit< mass_dimension, si::system >
const mass
const mass
const mass
const mass
unit< mass_density_dimension, si::system >
const mass_density
const mass_density
const mass_density
const mass_density
unit< moment_of_inertia_dimension, si::system >
unit< momentum_dimension, si::system >
unit< permeability_dimension, si::system >
unit< permittivity_dimension, si::system >
unit< plane_angle_dimension, si::system >
const plane_angle
const plane_angle
unit< power_dimension, si::system >
const power
const power
-
yocto
-
zepto
-
atto
-
femto
-
pico
-
nano
-
micro
-
milli
-
centi
-
deci
1
deka
2
hecto
3
kilo
6
mega
9
giga
12
tera
15
peta
18
exa
21
zetta
24
yotta
unit< pressure_dimension, si::system >
const pressure
const pressure
unit< reluctance_dimension, si::system >
unit< resistance_dimension, si::system >
const resistance
const resistance
unit< resistivity_dimension, si::system >
unit< solid_angle_dimension, si::system >
const solid_angle
const solid_angle
unit< surface_density_dimension, si::system >
const surface_density
const surface_density
const surface_density
const surface_density
unit< surface_tension_dimension, si::system >
const surface_tension
const surface_tension
unit< temperature_dimension, si::system >
const temperature
const temperature
unit< time_dimension, si::system >
const time
const time
unit< torque_dimension, si::system >
const torque
const torque
unit< velocity_dimension, si::system >
const velocity
const velocity
const velocity
const velocity
unit< volume_dimension, si::system >
const volume
const volume
const volume
const volume
unit< wavenumber_dimension, si::system >
const wavenumber
const wavenumber
const wavenumber
const wavenumber