Thermophysical Properties: Lead

From Thermal-FluidsPedia

Lead, Pb, Molecular Mass: 207.2, (Tsat= 1740 °C; Tm = 327.5 °C)
T Temp. K	pv saturation pressure (102 Pa)	hlv latent heat (kJ/kg)	ρℓ liquid density (103 kg/m³)	ρv vapor density (kg/m³)	μℓ liquid viscosity (10-3 N-s/m²)	μv vapor viscosity (10-5 N-s/m²)	kℓ liquid thermal conductivity (W/m-K)	kv vapor thermal conductivity (W/m-K)	σ liquid surface tension (10-3N/m)	cp,ℓ liquid specific heat (kJ/kg-K)	cp,v vapor specific heat a (kJ/kg-K)
1400	0.0986	920	9.27	0.147	0.9122	7.46			347.28
1500	0.2108	920	9.14	0.296	0.8847	7.90			335.88
1600	0.4200	920	9.01	0.559	0.8586	8.34			324.48
1700	0.8010	920	8.89	1.011	0.8352	8.78			313.08
1800	1.3620	920	8.76	1.635	0.8143	9.21			301.68
1900	2.3100	920	8.63	2.648	0.7958	9.66			290.28
2000	3.7410	920	8,51	4.106	0.7794	10.10			278.88
2100	5.5500	920	8.37	5.817	0.7590	10.54			260.00
2200	8.2000	920	8.25	8.256	0.7410	10.98			248.00
2300	11.8500	920	8.12	11.480	0.7230	11.42			237.00
2400	16.7500	920	7.99	15.600	0.7050	11.86			225.00
2500	22.6000	920	7.86	20.280	0.6870	12.30			214.00

Propertya	Temp.	α0	α1	α2	α3	α4	α5	Error(%)
pv (102Pa)	1400–2500 K	4.6336	-5.2565-2b	7.4881-5	-4.3022-8	1.1552-11	-1.1994-15	0.89
(kJ/kg)	1400–2500 K	920
ρℓ (103kg/m³)	1400–2500 K	3.6048	-3.2801-3	3.2902-6	-1.7002-9	4.3394-13	-4.3951-17	0.03
ρv (kg/m³)	1400–2500 K	8.3434	-5.9172-2	8.0693-5	-4.5861-8	1.2260-11	-1.2705-15	0.83
μℓ (10-3Ns/m²)	1400–2500 K	-3.5423	1.0984-2	-1.2825-5	7.0970-9	-1.9132-12	2.0177-16	0.15
μv (10-5 Ns/m²)	1400–2500 K	-6.1701-1	4.9129-3	-4.1177-6	1.9835-9	-4.9092-13	4.8791-17	0.02
kℓ (W/m-K)
kv (W/m-K)
σ (10-3 N/m)	1400–2500 K	25.135	-4.9401-2	5.0275-5	-2.5283-8	6.2419-12	-6.0685-16	0.32
cp,ℓ (kJ/kg-K)
cp,v (kJ/kg-K)

Polynomial function: ln(Property) = α₀ + α₁T + α₂T² + α₃T³ + α₄T⁴ + α₅T⁵

References

Dunn, P. and Reay, D.A. 1982, Heat Pipes, Pergamon Press, New York.

Faghri, A., and Zhang, Y., 2006, Transport Phenomena in Multiphase Systems, Elsevier, Burlington, MA.

Faghri Amir , Zhang Yuwen , Howell John, 2010, Advanced Heat and Mass Transfer, Global Digital Press, Columbia, MO

Ivanovskii, M.N., Sorokin, V.P., and Yagodkin, I.V., 1982, The Physical Principles of Heat Pipes, Clarendon Press, Oxford, UK.

Further Reading

External Links