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. Author manuscript; available in PMC: 2018 Jan 18.
Published in final edited form as: High Temp High Press. 2017;46(6):391–416.

TABLE 2.

Data sets considered for the thermal conductivity of liquid gallium at 0.1 MPa

First author Publ. year Ref. Puritya (mass %) Technique employedb Uncertainty quoted (%) No. of data Temp. Range (K) Form of datac
Previous reference correlation/values
 Mills 1996 [11] - 303–1200 E
 Touloukian 1970 [10] 10–15 4 303–600 P

Primary data
 Peralta-Martinez 2006 [18] 99.99 Transient hot wire 2 7 321–615 P
 Fukuyama 2006 [29] 99.99 Transient hot wire 18 3 301–330 D
 Miyamura 2002 [28] 99.9999 Transient hot wire (Abs) 15 6 309–471 D
 Miyamura 2002 [28] 99.9999 Transient hot wire (Rel) 15 6 308–471 D
 Magmedov 1978 [36] HP Guarded heat flow - 16 314–836 D
 Schriempf 1973 [53] 99.99 Laser flash (TD) 5 21 316–785 D
 Dutchak 1967 [37] - Guarded heat flow - 4 305–474 D

Secondary data
 Okada 1992 [67] - ns 2.5 - 306–312 E
 Gamazov 1979 [68] - ns - - 550–1300 E
 Filippov 1973 [63] - Temperature wave (TD) - 4 1102–1480 D
 Duggin 1969 [45] Pure Guarded heat flow 2.5 20 357–589 D
 Pashaev 1961 [44] 99.999 Guarded heat flow 5 15 308–618 D
a

HP = High Purity

b

Abs = absolute, Rel = relative, TD = thermal diffusivity measurement, ns = not stated.

c

D = diagram, E = equation, P = table data