Some of the terms below are unique to FCSys (e.g., thermal independity and translational Nusselt number) or are have nontraditional definitions (e.g., configuration, continuity, density, material, and specific).
Extends from Modelica.Icons.Information (Icon for general information packages).Name | Description |
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'configuration' | (noun) a species in a particular 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 given electrical current assuming complete utilization [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] |
'material' | 1. (noun) quantity that represents particles, atoms, or molecules (i.e., matter) 2. (adj) of particles, atoms, or molecules |
'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 |
'utilization' | (noun) fraction of the reactant supply that is consumed [1] |
'volumic' | adjective that indicates the quotient of the following quantity and its associated volume [× L-3] |
class 'configuration' "(noun) a species in a particular 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 given electrical current assuming complete utilization [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';
class 'material' "1. (noun) quantity that represents particles, atoms, or molecules (i.e., matter)
2. (adj) of particles, atoms, or molecules" end 'material';
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';
class 'utilization' "(noun) fraction of the reactant supply that is consumed [1]" end 'utilization';
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';