Thermal Conductivity

1 Thermochemical Calorie/Hour/Meter/Celsius = 2.7777777777778e-7 Thermochemical Kilocalorie/Second/Meter/Celsius - one Thermochemical Calorie/Hour/Meter/Celsius is equal to 2.7777777777778e-7 Thermochemical Kilocalorie/Second/Meter/Celsius. Use our free online Thermochemical Calorie/Hour/Meter/Celsius to Thermochemical Kilocalorie/Second/Meter/Celsius converter to quickly convert Thermochemical Calorie/Hour/Meter/Celsius to Thermochemical Kilocalorie/Second/Meter/Celsius for engineering, science, and everyday calculations. Check the conversion table and get reliable results in seconds.

Thermochemical Calorie/Hour/Meter/Celsius to Thermochemical Kilocalorie/Second/Meter/Celsius Converter

BTU Foot/Hour/Square Foot/Fahrenheit

BTU Foot/Second/Square Foot/Fahrenheit

BTU Inch/Hour/Square Foot/Fahrenheit

BTU Inch/Second/Square Foot/Fahrenheit

BTU [TH] Foot/Hour/Square Foot/Fahrenheit

BTU [TH] Foot/Second/Square Foot/Fahrenheit

BTU [TH] Inch/Hour/Square Foot/Fahrenheit

BTU [TH] Inch/Second/Square Foot/Fahrenheit

Calorie/Hour/Centimeter/Celsius

Calorie/Hour/Meter/Celsius

Calorie/Second/Centimeter/Celsius

Calorie/Second/Meter/Celsius

Calorie [TH]/Hour/Centimeter/Celsius

Thermochemical calorie per hour per meter per Celsius is a unit of measurement for thermal conductivity.  It describes that in a material one thermochemical calorie of energy per one hour moves through the distance of one meter due to a temperature difference of one degree Celsius.

Calorie [TH]/Hour/Meter/Celsius

Calorie [TH]/Second/Centimeter/Celsius

Calorie [TH]/Second/Meter/Celsius

Kilocalorie/Hour/Centimeter/Celsius

Kilocalorie/Hour/Meter/Celsius

Kilocalorie/Second/Centimeter/Celsius

Kilocalorie/Second/Meter/Celsius

Kilocalorie [TH]/Hour/Centimeter/Celsius

Kilocalorie [TH]/Hour/Meter/Celsius

Kilocalorie [TH]/Second/Centimeter/Celsius

Thermochemical kilocalorie per second per meter per Celsius is a unit of measurement for thermal conductivity.  It describes that in a material one thermochemical kilocalorie of energy per one second moves through the distance of one meter due to a temperature difference of one degree Celsius.