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).
Name | Description |
---|---|
(noun) a species in a particular phase within a subregion | |
(noun) resistivity to axial compression or material storage during transport [M N-1 T-1] | |
(noun) amount of material per volume [N L-3] | |
(noun) rate of supply of a reactant required to support the given electrical current assuming complete utilization [N T-1] | |
(noun) transfer of a conserved quantity among configurations within a region | |
(noun) reciprocal of dynamic viscosity [L T M-1] | |
(noun) specific Gibbs energy [L2 M N-1 T-2] | |
adjective that indicates the quotient of the following quantity and its associated length [× L-1] | |
adjective that indicates the quotient of the following quantity and its associated mass [× M-1] | |
1. (noun) quantity that represents particles, atoms, or molecules (i.e., matter) 2. (adj) of particles, atoms, or molecules | |
(noun) number of particles [N] | |
adjective that indicates the quotient of the following quantity and its associated particle number [× N-1] | |
(noun) extent to which an exchange of thermal energy between species causes or requires a temperature difference [T] | |
(noun) correction to Newton's law of viscous shear for the shape of the flow profile [1] | |
(noun) transfer of a conserved quantity between adjacent subregions | |
(noun) fraction of the reactant supply that is consumed [1] | |
adjective that indicates the quotient of the following quantity and its associated volume [× L-3] |