Grashof magnetic number

Summary

Key Facts

• Franz Grashof is named after Grashof magnetic number^[1].
• Grashof magnetic number's subclass of is recorded as characteristic number^[2].
• Grashof magnetic number's described by source is recorded as Dimensionless Physical Quantities in Science and Engineering^[3].
• Grashof magnetic number's described by source is recorded as ISO 80000-11:2019 Quantities and units — Part 11: Characteristic numbers^[4].
• Grashof magnetic number's different from is recorded as Grashof number^[5].
• Grashof magnetic number's defining formula is recorded as \begin{array}{lcl} \mathit{Gr}{\mathrm{m}} & = & \frac{4 \pi \sigma{\mathrm{e}} \mu_{\mathrm{e}} g \alpha_V \Delta T l^3}{\nu} \ \Delta T & = & T_{\mathrm{S}} - T_{\infty} \end{array}^[6].
• Grashof magnetic number's ISQ dimension is recorded as 1^[7].
• Grashof magnetic number's maintained by WikiProject is recorded as WikiProject Mathematics^[8].
• Grashof magnetic number's in defining formula is recorded as \mathit{Gr}_{\mathrm{m}}^[9].
• Grashof magnetic number's in defining formula is recorded as \sigma_{\mathrm{e}}^[10].
• Grashof magnetic number's in defining formula is recorded as \mu_{\mathrm{e}}^[11].
• Grashof magnetic number's in defining formula is recorded as g^[12].
• Grashof magnetic number's in defining formula is recorded as \alpha_V^[13].
• Grashof magnetic number's in defining formula is recorded as T_{\mathrm{S}}^[14].
• Grashof magnetic number's in defining formula is recorded as T_{\infty}^[15].
• Grashof magnetic number's in defining formula is recorded as l^[16].
• Grashof magnetic number's in defining formula is recorded as \nu^[17].
• Grashof magnetic number's Wolfram Language quantity ID is recorded as GrashofMagneticNumber^[18].
• Grashof magnetic number's quantity symbol is recorded as \mathit{Gr}_{\mathrm{m}}^[19].
• Grashof magnetic number's recommended unit of measurement is recorded as 1^[20].