Convert Microwatt per metre kelvin to Thermochemical calorie per centimetre per second per degree Celsius

Convert Microwatt per metre kelvin (µW/(m·K)) to Thermochemical calorie per centimetre per second per degree Celsius (cal(th)/(cm·s·°C)) instantly and accurately.

Microwatt per metre kelvin (µW/(m·K))
Thermochemical calorie per centimetre per second per degree Celsius (cal(th)/(cm·s·°C))

Conversion Formula

cal(th)/(cm·s·°C) = µW/(m·K) × 2.390057361e-9

About Microwatt per metre kelvin

The microwatt per metre kelvin (µW/(m·K)) equals exactly 10⁻⁶ W/(m·K). Used for near-vacuum conditions and evacuated superinsulation systems where the effective thermal conductivity falls well below the mW/(m·K) range. Evacuated multi-layer insulation (MLI) at high vacuum can reach 0.001-10 µW/(m·K) effective conductivity. Completes the SI prefix chain below mW/(m·K). 1 µW/(m·K) = 10⁻⁶ W/(m·K) = 10⁻³ mW/(m·K).

About Thermochemical calorie per centimetre per second per degree Celsius

The cal(th)/(cm·s·°C) equals exactly 4.184/0.01 = 418.4 W/(m·K) (1 thermochemical calorie = 4.184 J). The CGS thermal conductivity unit dominant in US physics and chemistry before SI adoption. Copper: ≈0.921; aluminium: ≈0.489 cal(th)/(cm·s·°C). Not equal to cal(IT)/(cm·s·°C). 1 cal(th)/(cm·s·°C) = 418.4 W/(m·K).

Quick Reference Table

Microwatt per metre kelvin (µW/(m·K))Thermochemical calorie per centimetre per second per degree Celsius (cal(th)/(cm·s·°C))
1 µW/(m·K)2.39 × 10-9 cal(th)/(cm·s·°C)
2 µW/(m·K)4.78 × 10-9 cal(th)/(cm·s·°C)
5 µW/(m·K)1.195 × 10-8 cal(th)/(cm·s·°C)
10 µW/(m·K)2.39 × 10-8 cal(th)/(cm·s·°C)
25 µW/(m·K)5.975 × 10-8 cal(th)/(cm·s·°C)
50 µW/(m·K)1.195 × 10-7 cal(th)/(cm·s·°C)
100 µW/(m·K)2.39 × 10-7 cal(th)/(cm·s·°C)

→ Full Thermal Conductivity Converter