A dielectric fluid at atmospheric pressure is heated with a 0.5-mm-diameter, horizontal platinum wire. Determine the temperature of the wire when the wire is heated at 50% of the critical heat flux. The properties of the fluid are cp,₁ = 1300 J/kg. K ∙ h_fg = 142 kJ/kg, k₁ = 0.075 W/m ∙ K, v₁ = 0.32 x 10^-6 m²/s, P₁ = 1400 kg/m³, Pv = 7.2 kg/m³, σ = 12.4 x 10^-3 N/m, T_sat = 34°C. Assume the nucleate boiling constants are CSJ = 0.005 and n = 1.7. For small horizontal cylinders, the critical heat flux is found by multiplying the value associated with large horizontal cylinders by a correction factor F, where F = 0.89 + 2.27 exp (- 3.44Co^-1/2). The Confinement number is based on the radius of the cylinder, and the range of applicability for the correction factor is 1.3 < Co < 6.7 [11].