`mp_units::quantity_spec`¶

Synopsis¶

Declared in <mp-units/framework/quantity_spec_concepts.h>

template<auto...>
struct quantity_spec;

Specializations¶

Name
`quantity_spec<QS, Args...>`
`quantity_spec<QS, Eq, Args...>`

Derived Classes¶

Name	Description
`Bragg_angle`
`Burgers_vector`
`Curie_temperature`
`Debye_Waller_factor`
`Debye_angular_frequency`
`Debye_angular_wavenumber`
`Debye_temperature`
`Fermi_angular_wavenumber`
`Fermi_energy`
`Fermi_temperature`
`Gibbs_energy`
`Gruneisen_parameter`
`Hall_coefficient`
`Hamming_distance`
`Helmholtz_energy`
`Joule_Thomson_coefficient`
`London_penetration_depth`
`Lorenz_coefficient`
`Massieu_function`
`Neel_temperature`
`Peltier_coefficient`
`Planck_function`
`Poisson_number`
`Poynting_vector`
`Q_value`
`Richardson_constant`
`Seebeck_coefficient`
`Thomson_coefficient`
`absorbed_dose`
`absorbed_dose`
`absorptance`
`acceleration`
`acceleration`
`acceleration_of_free_fall`
`acceptor_density`
`action`
`active_energy`
`active_power`
`activity`
`activity`
`admittance`
`admittance_of_vacuum`
`altitude`
`amount_of_substance`
`amount_of_substance`
`angle`
`angular_acceleration`
`angular_acceleration`
`angular_frequency`
`angular_frequency`
`angular_impulse`
`angular_impulse`
`angular_measure`
`angular_measure`
`angular_measure`
`angular_momentum`
`angular_momentum`
`angular_reciprocal_lattice_vector`
`angular_repetency`
`angular_repetency`
`angular_velocity`
`angular_velocity`
`apparent_admittance`
`apparent_impedance`
`apparent_power`
`area`
`area`
`atomic_displacement_vector`
`atomic_scattering_factor`
`attenuation`
`azimuthal_angle`
`binary_digit_rate`
`binding_energy`
`call_intensity`
`capacitance`
`carrier_lifetime`
`carrier_power`
`catalytic_activity`
`center_of_mass_energy`
`clock_frequency`
`coefficient_of_heat_transfer`
`coercivity`
`coherence_length`
`colour_temperature`
`completed_call_intensity`
`complex_power`
`compressibility`
`conductance`
`conductance_for_alternating_current`
`conductivity`
`coordinate_time`
`correlated_colour_temperature`
`cotes_angle_constant`
`coupling_factor`
`critical_magnetic_flux_density`
`critical_thermodynamic_temperature`
`cross_section`
`cubic_expansion_coefficient`
`curvature`
`damping_coefficient`
`decay_constant`
`decay_length`
`decision_content`
`density_of_heat_flow_rate`
`density_of_vibrational_states`
`dew_point_temperature`
`diameter`
`dimensionless`	Quantity of dimension one
`displacement`
`displacement`
`displacement_current`
`displacement_current_density`
`distance`
`donor_density`
`dose_equivalent`
`drag_coefficient`
`drag_force`
`duration`
`duration`
`duration`
`dynamic_viscosity`
`effective_mass`
`effective_mass`
`electric_capacitance`
`electric_charge`
`electric_charge`
`electric_charge_density`
`electric_constant`
`electric_current`
`electric_current`
`electric_current_density`
`electric_current_phasor`
`electric_dipole_moment`
`electric_field_strength`
`electric_flux`
`electric_flux_density`
`electric_polarization`
`electric_potential`
`electric_potential`
`electric_potential_difference`
`electric_resistance`
`electric_susceptibility`
`electromagnetic_energy_density`
`electromagnetism_power`
`electron_affinity`
`electron_density`
`elementary_charge`
`emissivity`
`energy`
`energy`
`energy`
`energy_density`
`energy_density_of_states`
`energy_squared`
`enthalpy`
`entropy`
`equilibrium_position_vector`
`equivalent_binary_digit_rate`
`equivalent_binary_storage_capacity`
`error_probability`
`exchange_integral`
`excitation_energy`
`force`
`force`
`force`
`frequency`
`frequency`
`fundamental_lattice_vector`
`fundamental_reciprocal_lattice_vector`
`gap_energy`
`gauge_pressure`
`group_speed`
`half_life`
`heat`
`heat_capacity`
`heat_flow_rate`
`height`
`height`
`hole_density`
`illuminance`
`illuminance_`
`impact_parameter`
`impedance`
`impedance_of_vacuum`
`impulse`
`induced_voltage`
`inductance`
`inductance`
`interaction_length`
`internal_energy`
`intrinsic_carrier_density`
`invariant_mass`
`inverse_energy`
`ionization_energy`
`ionization_energy`
`ionizing_radiation_quality_factor`
`irradiance`
`isentropic_compressibility`
`isentropic_exponent`
`isothermal_compressibility`
`kinematic_viscosity`
`kinetic_energy`
`kinetic_energy`
`kinetic_friction_factor`
`kinetic_friction_force`
`latent_heat`
`lattice_plane_spacing`
`lattice_vector`
`leakage_factor`
`length`
`length`
`length`
`lifetime`
`linear_absorption_coefficient`
`linear_attenuation_coefficient`
`linear_density_of_electric_charge`
`linear_electric_current_density`
`linear_expansion_coefficient`
`linear_mass_density`
`linked_magnetic_flux`
`logarithmic_decrement`
`long_range_order_parameter`
`lorentz_factor`
`loss_angle`
`loss_angle`
`loss_factor`
`loss_probability`
`lower_critical_magnetic_flux_density`
`luminance_`
`luminance_factor_`
`luminous_absorptance_`
`luminous_efficacy_`
`luminous_efficacy_of_radiation_`
`luminous_efficacy_of_source_`
`luminous_efficiency_`
`luminous_energy_`
`luminous_exitance_`
`luminous_exposure_`
`luminous_flux`
`luminous_flux_`
`luminous_intensity`
`luminous_intensity_`
`luminous_reflectance_`
`luminous_transmittance_`
`magnetic_constant`
`magnetic_dipole_moment`
`magnetic_field`
`magnetic_field_strength`
`magnetic_flux`
`magnetic_flux`
`magnetic_flux_density`
`magnetic_moment`
`magnetic_polarization`
`magnetic_potential`
`magnetic_susceptibility`
`magnetic_tension`
`magnetic_vector_potential`
`magnetization`
`magnetomotive_force`
`mass`
`mass`
`mass`
`mass_absorption_coefficient`
`mass_attenuation_coefficient`
`mass_change_rate`
`mass_concentration_of_water`
`mass_concentration_of_water_vapour`
`mass_density`
`mass_flow`
`mass_flow_rate`
`mass_fraction_of_dry_matter`
`mass_fraction_of_water`
`mass_ratio_of_water_to_dry_matter`
`mass_ratio_of_water_vapour_to_dry_gas`
`maximum_efficiency`
`maximum_luminous_efficacy_`
`mean_free_path`
`mean_free_path`
`mean_free_path_of_electrons`
`mean_free_path_of_phonons`
`mean_lifetime`
`mean_queue_length`
`mechanical_efficiency`
`mechanical_energy`
`mechanical_power`
`mechanical_work`
`missing_energy`
`modulation_rate`
`modulus_of_compression`
`modulus_of_elasticity`
`modulus_of_rigidity`
`molar_absorption_coefficient`
`moment_of_force`
`moment_of_force`
`moment_of_inertia`
`moment_of_inertia`
`momentum`
`momentum`
`momentum`
`mutual_inductance`
`non_active_power`
`normal_stress`
`nuclear_interaction_length`
`number_density`
`number_density`
`number_of_entities`
`number_of_states`
`number_of_turns_in_a_winding`
`number_of_vibrational_modes`
`opening_angle`
`particle_position_vector`
`path_length`
`path_length`
`period_duration`
`period_of_binary_digits`
`period_of_data_elements`
`permeability`
`permeance`
`permittivity`
`phase`
`phase_angle`
`phase_angle`
`phase_coefficient`
`phase_coefficient`
`phase_difference`
`phase_speed`
`phase_speed_of_electromagnetic_waves`
`photon_energy`
`photon_exitance`
`photon_exposure`
`photon_flux`
`photon_intensity`
`photon_irradiance`
`photon_number`
`photon_radiance`
`polar_angle`
`position_vector`
`position_vector`
`potential_energy`
`power`
`power`
`power_factor`
`pressure`
`pressure`
`pressure_coefficient`
`propagation_coefficient`
`propagation_coefficient`
`proper_time`
`proper_velocity`
`protoflux`
`quality_factor`
`quantizing_distortion_power`
`radial_distance`
`radiance`
`radiance_factor`
`radiant_energy`
`radiant_energy_density`
`radiant_exitance`
`radiant_exposure`
`radiant_flux`
`radiant_intensity`
`radiation_length`
`radius`
`radius`
`radius_of_curvature`
`range`
`ratio_of_specific_heat_capacities`
`reactance`
`reactive_power`
`reduced_mass`
`reflectance`
`reflectance_factor`
`refractive_index`
`relative_humidity`
`relative_linear_strain`
`relative_mass_concentration_of_vapour`
`relative_mass_density`
`relative_mass_ratio_of_vapour`
`relative_permeability`
`relative_permittivity`
`relative_pressure_coefficient`
`relative_volume_strain`
`relativistic_beta`
`relaxation_time`
`reluctance`
`repetency`
`residual_resistivity`
`resistance`
`resistance_to_alternating_current`
`resistivity`
`rest_mass`
`rest_mass_energy`
`rolling_resistance`
`rolling_resistance_factor`
`rotation`
`rotation`
`rotational_displacement`
`rotational_displacement`
`rotational_frequency`
`scattering_angle`
`second_axial_moment_of_area`
`second_polar_moment_of_area`
`section_modulus`
`separation_energy`
`shear_strain`
`shear_stress`
`short_range_order_parameter`
`signal_energy_per_binary_digit`
`solid_angle`
`solid_angular_measure`
`solid_angular_measure`
`source_voltage`
`specific_Gibbs_energy`
`specific_Helmholtz_energy`
`specific_energy`
`specific_enthalpy`
`specific_entropy`
`specific_gas_constant`
`specific_heat_capacity`
`specific_heat_capacity_at_constant_pressure`
`specific_heat_capacity_at_constant_volume`
`specific_heat_capacity_at_saturated_vapour_pressure`
`specific_internal_energy`
`specific_volume`
`spectral_emissivity`
`spectral_irradiance`
`spectral_luminous_efficacy_`
`spectral_luminous_efficiency_`
`spectral_radiance`
`spectral_radiant_energy`
`spectral_radiant_energy_density_in_terms_of_wavelength`
`spectral_radiant_energy_density_in_terms_of_wavenumber`
`spectral_radiant_exitance`
`spectral_radiant_exposure`
`spectral_radiant_flux`
`spectral_radiant_intensity`
`speed`
`speed`
`speed`
`speed_of_light_in_a_medium`
`speed_of_light_in_vacuum`
`static_friction_coefficient`
`static_friction_force`
`storage_capacity`
`strain`
`stress`
`structure_factor`
`superconduction_transition_temperature`
`superconductor_energy_gap`
`surface_coefficient_of_heat_transfer`
`surface_density_of_electric_charge`
`surface_mass_density`
`surface_tension`
`susceptance`
`temperature`
`thermal_conductance`
`thermal_conductivity`
`thermal_diffusivity`
`thermal_insulance`
`thermal_resistance`
`thermodynamic_Gruneisen_parameter`
`thermodynamic_critical_magnetic_flux_density`
`thermodynamic_efficiency`
`thermodynamic_temperature`
`thermoelectric_voltage`
`thickness`
`threshold_energy`
`time_constant`
`time_of_flight`
`torque`
`torque`
`total_current`
`total_current_density`
`total_energy`
`total_magnetic_flux`
`traffic_carried_intensity`
`traffic_intensity`
`traffic_offered_intensity`
`transfer_rate`
`transmittance`
`transverse_energy`
`transverse_momentum`
`upper_critical_magnetic_flux_density`
`velocity`
`velocity`
`velocity`
`vertex_position`
`voltage`
`voltage_phasor`
`volume`
`volume`
`volume_flow_rate`
`waiting_probability`
`wave_vector`
`wavelength`
`wavelength`
`weight`
`width`
`width`
`work_function`

mp_units::quantity_spec¶

Synopsis¶

Specializations¶

Derived Classes¶

`mp_units::quantity_spec`¶