Name | Description |
---|---|
'configuration' | (noun) a species in a certain phase within a subregion |
'continuity' | (noun) resistivity to axial compression or material storage during transport [M N-1 T-1] |
'density' | (noun) amount of material per volume [N L-3] |
'equivalent current' | (noun) rate of supply of a reactant required to support the electrical load at 100% utilization of that reactant [N T-1] |
'exchange' | (noun) transfer of a conserved quantity among configurations within a region |
'fluidity' | (noun) reciprocal of dynamic viscosity [L T M-1] |
'Gibbs potential ' | (noun) specific Gibbs energy [L2 M N-1 T-2] |
'lineic ' | adjective that indicates the quotient of the following quantity and its associated length [× L-1] |
'massic' | adjective that indicates the quotient of the following quantity and its associated mass [× M-1] |
'particle number' | (noun) number of particles [N] |
'specific' | adjective that indicates the quotient of the following quantity and its associated particle number [× N-1] |
'thermal independity' | (noun) extent to which an exchange of thermal energy between species causes or requires a temperature difference [T] |
'translational Nusselt number ' | (noun) correction to Newton's law of viscous shear for the shape of the flow profile [1] |
'transport' | (noun) transfer of a conserved quantity between adjacent subregions |
'volumic' | adjective that indicates the quotient of the following quantity and its associated volume [× L-3] |
class 'configuration' "(noun) a species in a certain phase within a subregion" end 'configuration';
See ζ().
class 'continuity' "(noun) resistivity to axial compression or material storage during transport [M N-1 T-1]" end 'continuity';
Synonyms: concentration, molar concentration, number density
Note that mass per volume is volumic mass (see massic).
class 'density' "(noun) amount of material per volume [N L-3]" end 'density';
class 'equivalent current' "(noun) rate of supply of a reactant required to support the electrical load at 100% utilization of that reactant [N T-1]" end 'equivalent current';
class 'exchange' "(noun) transfer of a conserved quantity among configurations within a region" end 'exchange';
See η().
class 'fluidity' "(noun) reciprocal of dynamic viscosity [L T M-1]" end 'fluidity';
class 'Gibbs potential ' "(noun) specific Gibbs energy [L2 M N-1 T-2]" end 'Gibbs potential ';
class 'lineic ' "adjective that indicates the quotient of the following quantity and its associated length [× L-1]" end 'lineic ';
class 'massic' "adjective that indicates the quotient of the following quantity and its associated mass [× M-1]" end 'massic';
Note that particle number is equivalent to amount of material due to the system of units (see the Units package).
class 'particle number' "(noun) number of particles [N]" end 'particle number';
class 'specific' "adjective that indicates the quotient of the following quantity and its associated particle number [× N-1]" end 'specific';
See ν().
class 'thermal independity' "(noun) extent to which an exchange of thermal energy between species causes or requires a temperature difference [T]" end 'thermal independity';
class 'translational Nusselt number ' "(noun) correction to Newton's law of viscous shear for the shape of the flow profile [1]" end 'translational Nusselt number ';
class 'transport' "(noun) transfer of a conserved quantity between adjacent subregions" end 'transport';
Example: volumic mass [M L-3]
class 'volumic' "adjective that indicates the quotient of the following quantity and its associated volume [× L-3]" end 'volumic';