Stanton number for mass transfer

Summary

Key Facts

• Thomas Stanton is named after Stanton number for mass transfer^[1].
• Stanton number for mass transfer's subclass of is recorded as characteristic number^[2].
• Stanton number for mass transfer's subclass of is recorded as dimensionless number in fluid mechanics^[3].
• Stanton number for mass transfer's main subject is recorded as fluid flow^[4].
• Stanton number for mass transfer's described by source is recorded as ISO 80000-11:2019 Quantities and units — Part 11: Characteristic numbers^[5].
• Stanton number for mass transfer's different from is recorded as Stanton number for heat transfer^[6].
• Stanton number for mass transfer's defining formula is recorded as \begin{array}{lcl} \mathit{St}^{*} & = & \frac{k'}{\rho v} \ k' & = & \frac{q_m}{A} \end{array}^[7].
• Stanton number for mass transfer's defining formula is recorded as \mathit{St}^{} = \frac{\mathit{Nu}^{}}{\mathit{Pe}^{*}}^[8].
• Stanton number for mass transfer's ISQ dimension is recorded as 1^[9].
• Stanton number for mass transfer's maintained by WikiProject is recorded as WikiProject Mathematics^[10].
• Stanton number for mass transfer's in defining formula is recorded as \mathit{St}^{*}^[11].
• Stanton number for mass transfer's in defining formula is recorded as q_m^[12].
• Stanton number for mass transfer's in defining formula is recorded as A^[13].
• Stanton number for mass transfer's in defining formula is recorded as \rho^[14].
• Stanton number for mass transfer's in defining formula is recorded as v^[15].
• Stanton number for mass transfer's in defining formula is recorded as \mathit{Nu}^{*}^[16].
• Stanton number for mass transfer's in defining formula is recorded as \mathit{Pe}^{*}^[17].
• Stanton number for mass transfer's Wolfram Language quantity ID is recorded as StantonNumberMassTransfer^[18].
• Stanton number for mass transfer's quantity symbol is recorded as \mathit{St}^{*}^[19].
• Stanton number for mass transfer's recommended unit of measurement is recorded as 1^[20].