Thermal Conductivity

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Thermal Conductivity Navigation

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Thulium to Uranium

Element

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Notes

Thulium

solid

300 K

polycrystalline

16.8 W/(m K)

parallel to c-axis

24.2 W/(m K)

perpendicular to c-axis

14.1 W/(m K)

298.2 K

polycrystalline

16.8 W/(m K)

parallel to c-axis

24.2 W/(m K)

perpendicular to c-axis

14.1 W/(m K)

273.2 K

polycrystalline

16.8 W/(m K)

parallel to c-axis

24.2 W/(m K)

perpendicular to c-axis

14.0 W/(m K)

250 K

polycrystalline

16.7 W/(m K)

parallel to c-axis

24.1 W/(m K)

perpendicular to c-axis

13.8 W/(m K)

200 K

polycrystalline

16.2 W/(m K)

parallel to c-axis

23.5 W/(m K)

perpendicular to c-axis

13.4 W/(m K)

150 K

polycrystalline

15.2 W/(m K)

parallel to c-axis

22.4 W/(m K)

perpendicular to c-axis

12.6 W/(m K)

100 K

polycrystalline

13.5 W/(m K)

parallel to c-axis

20.0 W/(m K)

perpendicular to c-axis

11.1 W/(m K)

80 K

polycrystalline

12.6 W/(m K)

parallel to c-axis

18.5 W/(m K)

perpendicular to c-axis

10.5 W/(m K)

60 K

polycrystalline

11.3 W/(m K)

parallel to c-axis

16.4 W/(m K)

perpendicular to c-axis

9.20 W/(m K)

40 K

polycrystalline

10.8 W/(m K)

parallel to c-axis

10.5 W/(m K)

perpendicular to c-axis

11.0 W/(m K)

20 K

polycrystalline

17.9 W/(m K)

parallel to c-axis

14.4 W/(m K)

perpendicular to c-axis

20.2 W/(m K)

18 K

polycrystalline

19.4 W/(m K)

parallel to c-axis

15.8 W/(m K)

perpendicular to c-axis

21.8 W/(m K)

16 K

polycrystalline

21.1 W/(m K)

parallel to c-axis

17.3 W/(m K)

perpendicular to c-axis

23.2 W/(m K)

14 K

polycrystalline

22.6 W/(m K)

parallel to c-axis

19.3 W/(m K)

perpendicular to c-axis

24.3 W/(m K)

12 K

polycrystalline

23.2 W/(m K)

parallel to c-axis

20.7 W/(m K)

perpendicular to c-axis

24.6 W/(m K)

10 K

polycrystalline

22.5 W/(m K)

parallel to c-axis

20.7 W/(m K)

perpendicular to c-axis

23.6 W/(m K)

8 K

polycrystalline

19.1 W/(m K)

parallel to c-axis

18.0 W/(m K)

perpendicular to c-axis

19.7 W/(m K)

6 K

polycrystalline

14.1 W/(m K)

parallel to c-axis

13.9 W/(m K)

perpendicular to c-axis

14.2 W/(m K)

Tin

liquid

1500 K

50.7 W/(m K)

1400 K

48.7 W/(m K)

1300 K

46.6 W/(m K)

1200 K

44.6 W/(m K)

1100 K

42.5 W/(m K)

1000 K

40.5 W/(m K)

900 K

38.4 W/(m K)

800 K

36.4 W/(m K)

700 K

34.4 W/(m K)

600 K

32.3 W/(m K)

505.118 K

30.3 W/(m K)

solid

505.118 K

polycrystalline

59.5 W/(m K)

parallel to c-axis

46.0 W/(m K)

perpendicular to c-axis

66.2 W/(m K)

500 K

polycrystalline

59.6 W/(m K)

parallel to c-axis

46.1 W/(m K)

perpendicular to c-axis

66.4 W/(m K)

400 K

polycrystalline

62.2 W/(m K)

parallel to c-axis

48.1 W/(m K)

perpendicular to c-axis

69.3 W/(m K)

300 K

polycrystalline

66.6 W/(m K)

parallel to c-axis

51.5 W/(m K)

interpolated

perpendicular to c-axis

74.2 W/(m K)

interpolated

298.2 K

polycrystalline

66.8 W/(m K)

parallel to c-axis

51.6 W/(m K)

interpolated

perpendicular to c-axis

74.3 W/(m K)

interpolated

273.2 K

polycrystalline

68.2 W/(m K)

parallel to c-axis

52.7 W/(m K)

interpolated

perpendicular to c-axis

75.9 W/(m K)

interpolated

200 K

polycrystalline

73.3 W/(m K)

parallel to c-axis

56.7 W/(m K)

interpolated

perpendicular to c-axis

81.6 W/(m K)

interpolated

150 K

polycrystalline

77.9 W/(m K)

parallel to c-axis

60.2 W/(m K)

interpolated

perpendicular to c-axis

86.7 W/(m K)

interpolated

100 K

polycrystalline

85.2 W/(m K)

parallel to c-axis

66.0 W/(m K)

interpolated

perpendicular to c-axis

95.0 W/(m K)

interpolated

50 K

polycrystalline

115 W/(m K)

interpolated

parallel to c-axis

88.6 W/(m K)

perpendicular to c-axis

128 W/(m K)

10 K

polycrystalline

19.3×102 W/(m K)

interpolated

parallel to c-axis

14.9×102 W/(m K)

perpendicular to c-axis

21.5×102 W/(m K)

5 K

polycrystalline

117×102 W/(m K)

interpolated

parallel to c-axis

90×102 W/(m K)

perpendicular to c-axis

130×102 W/(m K)

2 K

polycrystalline

323×102 W/(m K)

interpolated

parallel to c-axis

250×102 W/(m K)

perpendicular to c-axis

360×102 W/(m K)

1 K

polycrystalline

183×102 W/(m K)

interpolated

parallel to c-axis

142×102 W/(m K)

perpendicular to c-axis

204×102 W/(m K)

Titanium

solid

1950 K, polycrystalline

28.3 W/(m K)

extrapolated

1900 K, polycrystalline

27.9 W/(m K)

extrapolated

1800 K, polycrystalline

27.0 W/(m K)

extrapolated

1700 K, polycrystalline

26.2 W/(m K)

extrapolated

1600 K, polycrystalline

25.3 W/(m K)

1500 K, polycrystalline

24.5 W/(m K)

1400 K, polycrystalline

23.6 W/(m K)

1300 K, polycrystalline

22.8 W/(m K)

1200 K, polycrystalline

22.0 W/(m K)

1100 K, polycrystalline

21.3 W/(m K)

1000 K, polycrystalline

20.7 W/(m K)

900 K, polycrystalline

20.2 W/(m K)

800 K, polycrystalline

19.7 W/(m K)

700 K, polycrystalline

19.4 W/(m K)

600 K, polycrystalline

19.4 W/(m K)

500 K, polycrystalline

19.7 W/(m K)

400 K, polycrystalline

20.4 W/(m K)

350 K, polycrystalline

21.0 W/(m K)

300 K, polycrystalline

21.9 W/(m K)

298.2 K, polycrystalline

21.9 W/(m K)

273.2 K, polycrystalline

22.4 W/(m K)

250 K, polycrystalline

22.9 W/(m K)

200 K, polycrystalline

24.5 W/(m K)

150 K, polycrystalline

27.0 W/(m K)

100 K, polycrystalline

30.5 W/(m K)

80 K, polycrystalline

32.6 W/(m K)

60 K, polycrystalline

35.5 W/(m K)

40 K, polycrystalline

39.0 W/(m K)

20 K, polycrystalline

27.5 W/(m K)

18 K, polycrystalline

25.0 W/(m K)

16 K, polycrystalline

22.5 W/(m K)

15 K, polycrystalline

21.2 W/(m K)

14 K, polycrystalline

19.9 W/(m K)

13 K, polycrystalline

18.5 W/(m K)

12 K, polycrystalline

17.1 W/(m K)

11 K, polycrystalline

15.7 W/(m K)

10 K, polycrystalline

14.3 W/(m K)

9 K, polycrystalline

12.9 W/(m K)

8 K, polycrystalline

11.5 W/(m K)

7 K, polycrystalline

10.1 W/(m K)

6 K, polycrystalline

8.63 W/(m K)

5 K, polycrystalline

7.19 W/(m K)

4 K, polycrystalline

5.75 W/(m K)

3 K, polycrystalline

4.32 W/(m K)

2 K, polycrystalline

2.88 W/(m K)

extrapolated

1 K, polycrystalline

1.44 W/(m K)

extrapolated

Tungsten

liquid

22000 K

7.36 W/(m K)

estimated

21000 K

14.6 W/(m K)

estimated

20000 K

21.7 W/(m K)

estimated

19000 K

28.6 W/(m K)

estimated

18000 K

35.2 W/(m K)

estimated

17000 K

41.6 W/(m K)

estimated

16000 K

47.8 W/(m K)

estimated

15000 K

53.8 W/(m K)

estimated

14000 K

59.4 W/(m K)

estimated

13000 K

64.6 W/(m K)

estimated

12000 K

69.3 W/(m K)

estimated

11000 K

73.2 W/(m K)

estimated

10000 K

76.8 W/(m K)

estimated

9000 K

79.9 W/(m K)

estimated

8000 K

81.6 W/(m K)

estimated

7000 K

81.9 W/(m K)

estimated

6000 K

81.1 W/(m K)

estimated

5000 K

78.5 W/(m K)

estimated

4000 K

73.0 W/(m K)

estimated

3660 K

70.5 W/(m K)

estimated

solid

3660 K

89.5 W/(m K)

extrapolated

3000 K

91.4 W/(m K)

2000 K

100 W/(m K)

1000 K

118 W/(m K)

900 K

121 W/(m K)

800 K

125 W/(m K)

700 K

130 W/(m K)

600 K

137 W/(m K)

500 K

146 W/(m K)

400 K

159 W/(m K)

350 K

>166 W/(m K)

300 K

174 W/(m K)

298.2 K

174 W/(m K)

273.2 K

177 W/(m K)

250 K

180 W/(m K)

200 K

186 W/(m K)

150 K

193 W/(m K)

100 K

208 W/(m K)

80 K

227 W/(m K)

60 K

313 W/(m K)

40 K

692 W/(m K)

30 K

14.4×102 W/(m K)

20 K

40.5×102 W/(m K)

18 K

51.2×102 W/(m K)

16 K

64.5×102 W/(m K)

14 K

79.4×102 W/(m K)

12 K

91.1×102 W/(m K)

10 K

97.1×102 W/(m K)

8 K

93.8×102 W/(m K)

6 K

79.5×102 W/(m K)

4 K

56.3×102 W/(m K)

2 K

28.7×102 W/(m K)

1 K

14.4×102 W/(m K)

Uranium

solid

1200 K, polycrystalline

49.0 W/(m K)

extrapolated

1100 K, polycrystalline

46.3 W/(m K)

1000 K, polycrystalline

43.9 W/(m K)

900 K, polycrystalline

41.3 W/(m K)

800 K, polycrystalline

38.8 W/(m K)

700 K, polycrystalline

36.4 W/(m K)

600 K, polycrystalline

34.0 W/(m K)

500 K, polycrystalline

31.7 W/(m K)

400 K, polycrystalline

29.6 W/(m K)

350 K, polycrystalline

28.6 W/(m K)

300 K, polycrystalline

27.6 W/(m K)

298.2 K, polycrystalline

27.5 W/(m K)

273.2 K, polycrystalline

27.0 W/(m K)

250 K, polycrystalline

26.4 W/(m K)

200 K, polycrystalline

25.1 W/(m K)

150 K, polycrystalline

23.6 W/(m K)

100 K, polycrystalline

21.7 W/(m K)

90 K, polycrystalline

21.2 W/(m K)

80 K, polycrystalline

20.8 W/(m K)

70 K, polycrystalline

20.2 W/(m K)

60 K, polycrystalline

19.6 W/(m K)

50 K, polycrystalline

18.9 W/(m K)

45 K, polycrystalline

18.6 W/(m K)

40 K, polycrystalline

18.2 W/(m K)

35 K, polycrystalline

17.8 W/(m K)

30 K, polycrystalline

17.3 W/(m K)

20 K, polycrystalline

15.8 W/(m K)

18 K, polycrystalline

14.9 W/(m K)

16 K, polycrystalline

13.8 W/(m K)

15 K, polycrystalline

13.2 W/(m K)

14 K, polycrystalline

12.6 W/(m K)

13 K, polycrystalline

12.0 W/(m K)

12 K, polycrystalline

11.3 W/(m K)

11 K, polycrystalline

10.6 W/(m K)

10 K, polycrystalline

9.80 W/(m K)

9 K, polycrystalline

8.98 W/(m K)

8 K, polycrystalline

8.18 W/(m K)

7 K, polycrystalline

7.31 W/(m K)

6 K, polycrystalline

6.38 W/(m K)

5 K, polycrystalline

5.41 W/(m K)

4 K, polycrystalline

4.42 W/(m K)

3 K, polycrystalline

3.38 W/(m K)

2 K, polycrystalline

2.28 W/(m K)

extrapolated

1 K, polycrystalline

1.14 W/(m K)

extrapolated

Reference (Click the next to a value above to see complete citation information for that entry)

Ho, C. Y., R. W. Powell, and P. E. Liley. "Thermal Conductivity of the Elements: A Comprehensive Review." Journal of Physical and Chemical Reference Data, volume 3, supplement 1, 1974, pp. I–1 to I–796.

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