calculand - The unit list (page 182)

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Thermal transmittance [U - Heat transfer coefficient, k-value, U-value]

→ Attowatt per square metre kelvin [aW/m² K] ≈ 1,0 · 10^-18 W/m² K
→ British thermal unit per square foot hour degree Fahrenheit [BTU/ft² h °F] ≈ 5,67826 W/m² K
→ British thermal unit per square foot hour kelvin [BTU/ft² h K] ≈ 3,15459 W/m² K
→ British thermal unit per square foot minute degree Fahrenheit [BTU/ft² min °F] ≈ 340,69580 W/m² K
→ British thermal unit per square foot minute kelvin [BTU/ft² min K] ≈ 189,27544 W/m² K
→ British thermal unit per square foot second degree Fahrenheit [BTU/ft² s °F] ≈ 20.441,74803 W/m² K
→ British thermal unit per square foot second kelvin [BTU/ft² s K] ≈ 11.356,52668 W/m² K
→ British thermal unit per square inch second degree Fahrenheit [BTU/in² s °F] ≈ 2.943.611,71603 W/m² K
→ British thermal unit per square inch second kelvin [BTU/in² s K] ≈ 1.635.339,84224 W/m² K
→ British thermal unit per square metre second kelvin [BTU/m² s K] ≈ 1.055,05585 W/m² K
→ Centiwatt per square metre kelvin [cW/m² K] ≈ 0,01 W/m² K
→ Decawatt per square metre kelvin [daW/m² K] ≈ 10 W/m² K
→ Deciwatt per square metre kelvin [dW/m² K] ≈ 0,1 W/m² K
→ Exawatt per square metre kelvin [EW/m² K] ≈ 1,0 · 10⁺¹⁸ W/m² K
→ Femtowatt per square metre kelvin [fW/m² K] ≈ 1,0 · 10^-15 W/m² K
→ Gigawatt per square metre kelvin [GW/m² K] ≈ 1.000.000.000 W/m² K
→ Hectowatt per square metre kelvin [hW/m² K] ≈ 100 W/m² K
→ Joule per square metre hour kelvin [J/m² h K] ≈ 0,00028 W/m² K
→ Joule per square metre minute kelvin [J/m² min K] ≈ 0,01667 W/m² K
→ Joule per square metre second kelvin [J/m² s K] ≈ 1 W/m² K
→ Kilogram per kelvin second cubed [kg/K s³] ≈ 1 W/m² K
→ Kilowatt hour per square metre second kelvin [kWh/m² s K] ≈ 3.600.000 W/m² K
→ Kilowatt per square metre kelvin [kW/m² K] ≈ 1.000 W/m² K
→ Megawatt per square metre kelvin [MW/m² K] ≈ 1.000.000 W/m² K
→ Microwatt per square metre kelvin [µW/m² K] ≈ 1,0 · 10^-6 W/m² K
→ Milliwatt per square metre kelvin [mW/m² K] ≈ 0,001 W/m² K
→ Nanowatt per square metre kelvin [nW/m² K] ≈ 1,0 · 10^-9 W/m² K
→ Newton per metre second kelvin [N/m s K] ≈ 1 W/m² K
→ Petawatt per square metre kelvin [PW/m² K] ≈ 1,0 · 10⁺¹⁵ W/m² K
→ Picowatt per square metre kelvin [pW/m² K] ≈ 1,0 · 10^-12 W/m² K
→ Pound per kelvin second cubed [lb/K s³] ≈ 0,45359 W/m² K
→ Solar constant per kelvin [E₀/K] ≈ 1.367 W/m² K
→ Terawatt per square metre kelvin [TW/m² K] ≈ 1,0 · 10⁺¹² W/m² K
→ Volt ampere per square metre kelvin [VA/m² K] ≈ 1 W/m² K
→ Watt hour per square metre second kelvin [Wh/m² s K] ≈ 3.600 W/m² K
→ Watt per square centimetre kelvin [W/cm² K] ≈ 10.000 W/m² K
→ Watt per square decimetre kelvin [W/dm² K] ≈ 100 W/m² K
→ Watt per square foot kelvin [W/ft² K, W/sq. ft. K] ≈ 10,76391 W/m² K
→ Watt per square inch kelvin [W/in² K, W/sq. in. K] ≈ 1.550,00310 W/m² K
→ Watt per square metre degree Celsius [W/m² °C] ≈ 1 W/m² K
→ Watt per square metre degree Delisle [W/m² °De] ≈ 1,5 W/m² K
→ Watt per square metre degree Fahrenheit [W/m² °F] ≈ 1,8 W/m² K
→ Watt per square metre degree Newton [W/m² °N] ≈ 0,33 W/m² K
→ Watt per square metre degree Rankine [W/m² °Ra] ≈ 1,8 W/m² K
→ Watt per square metre degree Réaumur [W/m² °Ré] ≈ 0,8 W/m² K
→ Watt per square metre degree Rømer [W/m² °Rø] ≈ 0,525 W/m² K
→ Watt per square metre degree Wedgwood [W/m² °We] ≈ 0,02941 W/m² K
→ Watt per square metre kelvin [W/m² K] ≈ 1 W/m² K
→ Watt per square metre planck temperature [W/m² T(P)] ≈ 7,05716 · 10^-33 W/m² K
→ Watt per square millimetre kelvin [W/mm² K] ≈ 1.000.000 W/m² K
→ Yoctowatt per square metre kelvin [yW/m² K] ≈ 1,0 · 10^-24 W/m² K
→ Yottawatt per square metre kelvin [YW/m² K] ≈ 1,0 · 10⁺²⁴ W/m² K
→ Zeptowatt per square metre kelvin [zW/m² K] ≈ 1,0 · 10^-21 W/m² K
→ Zettawatt per square metre kelvin [ZW/m² K] ≈ 1,0 · 10⁺²¹ W/m² K

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⇒ Temperature difference ⇒ Temperature gradient ⇒ Thermal area expansion ⇒ Thermal conductance ⇒ Thermal conductivity ⇒ Thermal insulance ⇒ Thermal length expansion ⇒ Thermal resistance ⇒ Thermal resistivity ⇒ Thermal transmittance ⇒ Thermal volume expansion ⇒ Time ⇒ Time fraction ⇒ Torque ⇒ Transmissivity ⇒ Turnover number ⇒ Velocity ⇒ Velocity gradient ⇒ Voltage ⇒ Volume