calculand - The unit list (page 178)
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Impressum/Contact
Thermal insulance [R]
- → Centikelvin square metre per watt [cK m²/W] ≈ 0,01 K m²/W
- → Clo [clo] ≈ 0,155 K m²/W
- → Decakelvin square metre per watt [daK m²/W] ≈ 10 K m²/W
- → Decikelvin square metre per watt [dK m²/W] ≈ 0,1 K m²/W
- → Degree Celsius square metre per watt [°C m²/W] ≈ 1 K m²/W
- → Degree Delisle square metre per watt [°De m²/W] ≈ 0,66667 K m²/W
- → Degree Fahrenheit square foot hour per british thermal unit [°F ft² h/BTU] ≈ 0,17611 K m²/W
- → Degree Fahrenheit square foot per watt [°F ft²/W] ≈ 0,05161 K m²/W
- → Degree Fahrenheit square inch hour per british thermal unit [°F in² h/BTU] ≈ 0,00122 K m²/W
- → Degree Fahrenheit square inch per watt [°F in²/W] ≈ 0,00036 K m²/W
- → Degree Fahrenheit square metre per watt [°F m²/W] ≈ 0,55556 K m²/W
- → Degree Newton square metre per watt [°N m²/W] ≈ 3,03030 K m²/W
- → Degree Rankine square metre per watt [°Ra m²/W] ≈ 0,55556 K m²/W
- → Degree Réaumur square metre per watt [°Ré m²/W] ≈ 1,25 K m²/W
- → Degree Rømer square metre per watt [°Rø m²/W] ≈ 1,90476 K m²/W
- → Degree Wedgwood square metre per watt [°We m²/W] ≈ 34 K m²/W
- → Hectokelvin square metre per watt [hK m²/W] ≈ 100 K m²/W
- → Kelvin metre second per newton [K m s/N] ≈ 1 K m²/W
- → Kelvin per solar constant [K/E₀] ≈ 0,00073 K m²/W
- → Kelvin second cubed per kilogram [K s³/kg] ≈ 1 K m²/W
- → Kelvin second cubed per pound [K s³/lb] ≈ 2,20462 K m²/W
- → Kelvin square centimetre per watt [K cm²/W] ≈ 0,0001 K m²/W
- → Kelvin square decimetre per watt [K dm²/W] ≈ 0,01 K m²/W
- → Kelvin square foot hour per british thermal unit [K ft² h/BTU] ≈ 0,31700 K m²/W
- → Kelvin square foot hour per joule [K ft² h/J] ≈ 334,45094 K m²/W
- → Kelvin square foot per watt [K ft²/W] ≈ 0,09290 K m²/W
- → Kelvin square inch hour per british thermal unit [K in² h/BTU] ≈ 0,00220 K m²/W
- → Kelvin square inch hour per joule [K in² h/J] ≈ 2,32258 K m²/W
- → Kelvin square inch per watt [K in²/W] ≈ 0,00065 K m²/W
- → Kelvin square metre hour per joule [K m² h/J] ≈ 3.600 K m²/W
- → Kelvin square metre minute per joule [K m² min/J] ≈ 60 K m²/W
- → Kelvin square metre per attowatt [K m²/aW] ≈ 1,0 · 10+18 K m²/W
- → Kelvin square metre per centiwatt [K m²/cW] ≈ 100 K m²/W
- → Kelvin square metre per decawatt [K m²/daW] ≈ 0,1 K m²/W
- → Kelvin square metre per deciwatt [K m²/dW] ≈ 10 K m²/W
- → Kelvin square metre per exawatt [K m²/EW] ≈ 1,0 · 10-18 K m²/W
- → Kelvin square metre per femtowatt [K m²/fW] ≈ 1,0 · 10+15 K m²/W
- → Kelvin square metre per gigawatt [K m²/GW] ≈ 1,0 · 10-9 K m²/W
- → Kelvin square metre per hectowatt [K m²/hW] ≈ 0,01 K m²/W
- → Kelvin square metre per kilowatt [K m²/kW] ≈ 0,001 K m²/W
- → Kelvin square metre per megawatt [K m²/MW] ≈ 1,0 · 10-6 K m²/W
- → Kelvin square metre per microwatt [K m²/µW] ≈ 1.000.000 K m²/W
- → Kelvin square metre per milliwatt [K m²/mW] ≈ 1.000 K m²/W
- → Kelvin square metre per nanowatt [K m²/nW] ≈ 1.000.000.000 K m²/W
- → Kelvin square metre per petawatt [K m²/PW] ≈ 1,0 · 10-15 K m²/W
- → Kelvin square metre per picowatt [K m²/pW] ≈ 1,0 · 10+12 K m²/W
- → Kelvin square metre per terawatt [K m²/TW] ≈ 1,0 · 10-12 K m²/W
- → Kelvin square metre per watt [K m²/W] ≈ 1 K m²/W
- → Kelvin square metre per yoctowatt [K m²/yW] ≈ 1,0 · 10+24 K m²/W
- → Kelvin square metre per yottawatt [K m²/YW] ≈ 1,0 · 10-24 K m²/W
- → Kelvin square metre per zeptowatt [K m²/zW] ≈ 1,0 · 10+21 K m²/W
- → Kelvin square metre per zettawatt [K m²/ZW] ≈ 1,0 · 10-21 K m²/W
- → Kelvin square metre second per british thermal unit [K m² s/BTU] ≈ 0,00095 K m²/W
- → Kelvin square metre second per calorie [K m² s/cal] ≈ 0,23885 K m²/W
- → Kelvin square metre second per electronvolt [K m² s/eV] ≈ 6,24151 · 10+18 K m²/W
- → Kelvin square metre second per joule [K m² s/J] ≈ 1 K m²/W
- → Kelvin square metre second per kilocalorie [K m² s/kcal] ≈ 0,00024 K m²/W
- → Kelvin square metre second per kilowatt hour [K m² s/kWh] ≈ 2,77778 · 10-7 K m²/W
- → Kelvin square millimetre per watt [K mm²/W] ≈ 1,0 · 10-6 K m²/W
- → Kilokelvin square metre per watt [kK m²/W] ≈ 1.000 K m²/W
- → Millikelvin square metre per watt [mK m²/W] ≈ 0,001 K m²/W
- → Planck temperature square metre per watt [T(P) m²/W] ≈ 1,417 · 10+32 K m²/W