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cal/(s⋅cm⋅∘C)\text{cal/(s}{\cdot}\text{cm}{\cdot}^{\circ}\text{C)}

calorie per second centimeter Celsius

Thermal conductivityexact by definition

The calorie per second centimeter Celsius is exactly 418.4 W/(m·K) on the thermochemical calorie. It is the CGS conductivity unit of the older physics and metallurgy literature; copper is 0.94 in it, which is the form most pre-1970 handbooks print.

Watch out: Sources built on the IT calorie of 4.1868 J give 418.68 instead. The 0.07% difference is below the accuracy of most conductivity measurements but will make two handbooks disagree in the last digit.

1 cal/(s⋅cm⋅∘C)\text{cal/(s}{\cdot}\text{cm}{\cdot}^{\circ}\text{C)} 418.4 W/(m⋅K)\text{W/(m}{\cdot}\text{K)}

One calorie per second centimeter celsius in every thermal conductivity unit

418,400milliwatt per meter-kelvin (mW/(m·K))
2,900.96BTU inch per hour square foot Fahrenheit (BTU·in/(h·ft²·°F))
418.4watt per meter-kelvin (W/(m·K))
418.4watt per meter-Celsius (W/(m·°C))
360kilocalorie per hour meter Celsius (kcal/(h·m·°C))
241.747BTU per hour-foot-Fahrenheit (BTU/(h·ft·°F))
4.184watt per centimeter-kelvin (W/(cm·K))
1calorie per second centimeter Celsius (cal/(s·cm·°C))this unit
0.4184kilowatt per meter-kelvin (kW/(m·K))
Solvers that use thermal conductivity

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