Thermal Conductivity

Thermal Conductivity Navigation

By Name

By Symbol

By Number

Vanadium to Zirconium

Element

Click button to see citations

Notes

Vanadium

solid

2000 K

50.9 W/(m K)

extrapolated or interpolated

1900 K

49.7 W/(m K)

extrapolated or interpolated

1800 K

48.4 W/(m K)

1700 K

47.2 W/(m K)

1600 K

45.9 W/(m K)

1500 K

44.6 W/(m K)

1400 K

43.4 W/(m K)

1300 K

42.1 W/(m K)

1200 K

40.8 W/(m K)

1100 K

39.5 W/(m K)

1000 K

38.2 W/(m K)

900 K

36.9 W/(m K)

800 K

35.7 W/(m K)

700 K

34.5 W/(m K)

600 K

33.3 W/(m K)

500 K

32.2 W/(m K)

400 K

31.3 W/(m K)

350 K

30.9 W/(m K)

300 K

30.7 W/(m K)

298.2 K

30.7 W/(m K)

273.2 K

30.7 W/(m K)

extrapolated or interpolated

250 K

30.8 W/(m K)

extrapolated or interpolated

200 K

31.3 W/(m K)

extrapolated or interpolated

150 K

32.4 W/(m K)

extrapolated or interpolated

100 K

35.8 W/(m K)

extrapolated or interpolated

80 K

39.0 W/(m K)

60 K

40.6 W/(m K)

40 K

38.9 W/(m K)

20 K

25.8 W/(m K)

18 K

23.7 W/(m K)

16 K

21.4 W/(m K)

15 K

20.2 W/(m K)

14 K

19.0 W/(m K)

13 K

17.7 W/(m K)

12 K

16.5 W/(m K)

11 K

15.1 W/(m K)

10 K

13.8 W/(m K)

9 K

12.5 W/(m K)

8 K

11.1 W/(m K)

7 K

9.71 W/(m K)

6 K

8.35 W/(m K)

5 K

6.97 W/(m K)

4 K

5.61 W/(m K)

3 K

4.22 W/(m K)

2 K

2.82 W/(m K)

1 K

1.42 W/(m K)

Xenon

gas

1500 K, 1 atm

0.0219 W/(m K)

1300 K, 1 atm

0.0196 W/(m K)

1100 K, 1 atm

0.0173 W/(m K)

900 K, 1 atm

0.0149 W/(m K)

700 K, 1 atm

0.01205 W/(m K)

500 K, 1 atm

0.00905 W/(m K)

400 K, 1 atm

0.00745 W/(m K)

300 K, 1 atm

0.00569 W/(m K)

290 K, 1 atm

0.00550 W/(m K)

280 K, 1 atm

0.00532 W/(m K)

270 K, 1 atm

0.00514 W/(m K)

200 K, 1 atm

0.00388 W/(m K)

saturated vapor

290 K

0.016 W/(m K)

extrapolated or estimated, pseudo-critical value

280 K

0.0098 W/(m K)

extrapolated or estimated

270 K

0.0084 W/(m K)

extrapolated or estimated

260 K

0.0073 W/(m K)

extrapolated or estimated

250 K

0.0066 W/(m K)

extrapolated or estimated

240 K

0.0060 W/(m K)

extrapolated or estimated

230 K

0.0055 W/(m K)

extrapolated or estimated

220 K

0.0051 W/(m K)

extrapolated or estimated

210 K

0.0048 W/(m K)

extrapolated or estimated

200 K

0.0044 W/(m K)

extrapolated or estimated

190 K

0.0041 W/(m K)

extrapolated or estimated

180 K

0.0037 W/(m K)

extrapolated or estimated

170 K

0.0034 W/(m K)

extrapolated or estimated

saturated liquid

290 K

0.016 W/(m K)

extrapolated or estimated, pseudo-critical value

280 K

0.027 W/(m K)

270 K

0.031 W/(m K)

260 K

0.034 W/(m K)

250 K

0.038 W/(m K)

240 K

0.042 W/(m K)

230 K

0.046 W/(m K)

220 K

0.050 W/(m K)

210 K

0.054 W/(m K)

200 K

0.058 W/(m K)

190 K

0.062 W/(m K)

180 K

0.066 W/(m K)

170 K

0.070 W/(m K)

solid

161 K

0.48 W/(m K)

160 K

0.48 W/(m K)

150 K

0.51 W/(m K)

140 K

0.54 W/(m K)

130 K

0.58 W/(m K)

120 K

0.63 W/(m K)

110 K

0.68 W/(m K)

100 K

0.75 W/(m K)

90 K

0.82 W/(m K)

80 K

0.92 W/(m K)

70 K

1.05 W/(m K)

60 K

1.20 W/(m K)

50 K

1.44 W/(m K)

Ytterbium

solid

500 K

33.7 W/(m K)

estimated

473.2 K

33.8 W/(m K)

estimated

400 K

34.1 W/(m K)

estimated

373.2 K

34.3 W/(m K)

estimated

350 K

34.5 W/(m K)

estimated

323.2 K

34.7 W/(m K)

estimated

300 K

34.9 W/(m K)

estimated

298.2 K

34.9 W/(m K)

estimated

273.2 K

35.4 W/(m K)

estimated

250 K

36.1 W/(m K)

estimated

223.2 K

37.2 W/(m K)

estimated

200 K

38.4 W/(m K)

estimated

173.2 K

40.2 W/(m K)

estimated

150 K

42.3 W/(m K)

estimated

123.2 K

45.6 W/(m K)

estimated

Yttrium

solid

1100 K, polycrystalline

25.5 W/(m K)

extrapolated or estimated

1000 K, polycrystalline

25.0 W/(m K)

extrapolated or estimated

900 K, polycrystalline

24.2 W/(m K)

extrapolated or estimated

800 K, polycrystalline

23.0 W/(m K)

extrapolated or estimated

700 K, polycrystalline

21.7 W/(m K)

extrapolated or estimated

600 K, polycrystalline

20.5 W/(m K)

extrapolated or estimated

500 K, polycrystalline

19.2 W/(m K)

extrapolated or estimated

400 K, polycrystalline

18.0 W/(m K)

extrapolated or estimated

350 K, polycrystalline

17.5 W/(m K)

extrapolated or estimated

300 K, polycrystalline

17.2 W/(m K)

extrapolated or estimated

298.2 K, polycrystalline

17.2 W/(m K)

extrapolated or estimated

273.2 K, polycrystalline

17.0 W/(m K)

extrapolated or estimated

250 K, polycrystalline

16.9 W/(m K)

extrapolated or estimated

200 K, polycrystalline

16.6 W/(m K)

extrapolated or estimated

100 K, polycrystalline

15.9 W/(m K)

80 K, polycrystalline

15.7 W/(m K)

60 K, polycrystalline

15.5 W/(m K)

40 K, polycrystalline

15.2 W/(m K)

20 K, polycrystalline

12.8 W/(m K)

18 K, polycrystalline

11.9 W/(m K)

16 K, polycrystalline

10.8 W/(m K)

14 K, polycrystalline

9.63 W/(m K)

12 K, polycrystalline

8.32 W/(m K)

10 K, polycrystalline

6.97 W/(m K)

8 K, polycrystalline

5.28 W/(m K)

6 K, polycrystalline

4.16 W/(m K)

4 K, polycrystalline

2.74 W/(m K)

2 K, polycrystalline

1.33 W/(m K)

160 K

parallel to c-axis

24.8 W/(m K)

perpendicular to c-axis

13.3 W/(m K)

150 K

parallel to c-axis

24.7 W/(m K)

perpendicular to c-axis

13.3 W/(m K)

100 K

parallel to c-axis

24.1 W/(m K)

perpendicular to c-axis

12.8 W/(m K)

80 K

parallel to c-axis

23.8 W/(m K)

perpendicular to c-axis

12.7 W/(m K)

60 K

parallel to c-axis

23.6 W/(m K)

perpendicular to c-axis

12.5 W/(m K)

40 K

parallel to c-axis

23.8 W/(m K)

perpendicular to c-axis

12.1 W/(m K)

20 K

parallel to c-axis

22.8 W/(m K)

perpendicular to c-axis

9.43 W/(m K)

10 K

parallel to c-axis

13.2 W/(m K)

perpendicular to c-axis

4.97 W/(m K)

5 K

parallel to c-axis

6.62 W/(m K)

perpendicular to c-axis

2.40 W/(m K)

Zinc

liquid

1100 K

73.0 W/(m K)

extrapolated

1000 K

67.3 W/(m K)

900 K

61.5 W/(m K)

800 K

55.7 W/(m K)

700 K

49.9 W/(m K)

extrapolated

692.73 K

49.5 W/(m K)

extrapolated

solid

692.73 K, polycrystalline

99.3 W/(m K)

600 K, polycrystalline

103 W/(m K)

500 K, polycrystalline

107 W/(m K)

400 K, polycrystalline

111 W/(m K)

350 K, polycrystalline

114 W/(m K)

300 K, polycrystalline

116 W/(m K)

298.2 K, polycrystalline

116 W/(m K)

273.2 K, polycrystalline

117 W/(m K)

250 K, polycrystalline

118 W/(m K)

200 K, polycrystalline

118 W/(m K)

150 K, polycrystalline

117 W/(m K)

100 K, polycrystalline

117 W/(m K)

90 K, polycrystalline

122 W/(m K)

80 K, polycrystalline

130 W/(m K)

70 K, polycrystalline

143 W/(m K)

60 K, polycrystalline

165 W/(m K)

50 K, polycrystalline

205 W/(m K)

40 K, polycrystalline

280 W/(m K)

30 K, polycrystalline

442 W/(m K)

20 K, polycrystalline

998 W/(m K)

18 K, polycrystalline

12.7×102 W/(m K)

16 K, polycrystalline

16.6×102 W/(m K)

15 K, polycrystalline

19.2×102 W/(m K)

14 K, polycrystalline

22.4×102 W/(m K)

13 K, polycrystalline

26.5×102 W/(m K)

12 K, polycrystalline

31.9×102 W/(m K)

11 K, polycrystalline

38.8×102 W/(m K)

10 K, polycrystalline

47.3×102 W/(m K)

9 K, polycrystalline

58.0×102 W/(m K)

8 K, polycrystalline

69.7×102 W/(m K)

7 K, polycrystalline

78.7×102 W/(m K)

6 K, polycrystalline

83.1×102 W/(m K)

5 K, polycrystalline

80.7×102 W/(m K)

4 K, polycrystalline

70.9×102 W/(m K)

3 K, polycrystalline

55.8×102 W/(m K)

2 K, polycrystalline

37.9×102 W/(m K)

1 K, polycrystalline

19.0×102 W/(m K)

Zirconium

solid

2000 K, polycrystalline

33.0 W/(m K)

1900 K, polycrystalline

32.2 W/(m K)

1800 K, polycrystalline

31.4 W/(m K)

1700 K, polycrystalline

30.6 W/(m K)

1600 K, polycrystalline

29.7 W/(m K)

1500 K, polycrystalline

28.8 W/(m K)

1400 K, polycrystalline

27.9 W/(m K)

1300 K, polycrystalline

27.0 W/(m K)

1200 K, polycrystalline

26.0 W/(m K)

1100 K, polycrystalline

24.9 W/(m K)

1000 K, polycrystalline

23.7 W/(m K)

900 K, polycrystalline

22.6 W/(m K)

800 K, polycrystalline

21.6 W/(m K)

700 K, polycrystalline

20.9 W/(m K)

600 K, polycrystalline

20.7 W/(m K)

500 K, polycrystalline

21.0 W/(m K)

400 K, polycrystalline

21.6 W/(m K)

350 K, polycrystalline

22.1 W/(m K)

300 K, polycrystalline

22.7 W/(m K)

273.2 K, polycrystalline

23.2 W/(m K)

extrapolated or interpolated

250 K, polycrystalline

23.7 W/(m K)

extrapolated or interpolated

200 K, polycrystalline

25.2 W/(m K)

extrapolated or interpolated

150 K, polycrystalline

27.8 W/(m K)

extrapolated or interpolated

100 K, polycrystalline

33.2 W/(m K)

80 K, polycrystalline

37.4 W/(m K)

60 K, polycrystalline

44.2 W/(m K)

40 K, polycrystalline

59.0 W/(m K)

20 K, polycrystalline

108 W/(m K)

18 K, polycrystalline

113 W/(m K)

16 K, polycrystalline

116 W/(m K)

15 K, polycrystalline

116 W/(m K)

14 K, polycrystalline

115 W/(m K)

13 K, polycrystalline

113 W/(m K)

12 K, polycrystalline

109 W/(m K)

11 K, polycrystalline

105 W/(m K)

10 K, polycrystalline

98.8 W/(m K)

9 K, polycrystalline

91.8 W/(m K)

8 K, polycrystalline

83.9 W/(m K)

7 K, polycrystalline

75.0 W/(m K)

6 K, polycrystalline

65.3 W/(m K)

5 K, polycrystalline

55.1 W/(m K)

4 K, polycrystalline

44.4 W/(m K)

3 K, polycrystalline

33.5 W/(m K)

2 K, polycrystalline

22.4 W/(m K)

extrapolated or interpolated

1 K, polycrystalline

11.2 W/(m K)

extrapolated or interpolated

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.