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Element

Molar Volume

( for solid at 298 K, 1 atm unless specified )

Click button to see citations

Actinium

22.554 cm3/mol

Aluminum

10.00 cm3/mol 

Americium

17.63 cm3/mol 

Antimony

18.19 cm3/mol 

Argon

gas, 273.15 K, 1 atm

22.4134 L/mol 

solid, 0 K, 0 atm

22.56 cm3/mol 

Arsenic

12.95 cm3/mol 

Barium

38.16 cm3/mol 

Berkelium

16.84 cm3/mol 

Beryllium

 4.85 cm3/mol 

Bismuth

21.31 cm3/mol 

Boron

 4.39 cm3/mol 

Bromine

solid, the element's solid allotrope existing at the lowest temperature

19.78 cm3/mol 

Cadmium

13.00 cm3/mol 

Calcium

26.20 cm3/mol 

Californium

16.50 cm3/mol 

Carbon

 5.29 cm3/mol 

diamond

 3.42 cm3/mol 

Cerium

20.69 cm3/mol 

Cesium

70.94 cm3/mol 

Chlorine

gas, 273.15 K, 1 atm

22.4129 L/mol 

Chromium

 7.23 cm3/mol 

Cobalt

 6.67 cm3/mol 

Copper

 7.11 cm3/mol 

Curium

18.05 cm3/mol 

Dysprosium

19.01 cm3/mol 

Einsteinium

28.52 cm3/mol 

Erbium

18.46 cm3/mol 

Europium

28.97 cm3/mol 

Fluorine

solid, the element's solid allotrope existing at the lowest temperature

11.20 cm3/mol 

Gadolinium

19.90 cm3/mol 

Gallium

11.803 cm3/mol

Germanium

13.63 cm3/mol 

Gold

10.21 cm3/mol 

Hafnium

13.44 cm3/mol 

Helium

gas, 273.15 K, 1 atm

22.4136 L/mol 

Holmium

18.74 cm3/mol 

Hydrogen

gas, 273.15 K, 1 atm

22.4135 L/mol 

solid, 0 K, 0 atm

para-H2

23.207 cm3/mol

ortho-D2

19.95 cm3/mol 

T2

18.18 cm3/mol 

HD

21.25 cm3/mol 

HT

19.94 cm3/mol 

DT

18.96 cm3/mol 

Indium

15.76 cm3/mol 

Iodine

25.72 cm3/mol 

Iridium

 8.52 cm3/mol 

Iron

 7.09 cm3/mol 

Krypton

gas, 273.15 K, 1 atm

22.4131 L/mol 

solid, 0 K, 0 atm

27.095 cm3/mol

Lanthanum

22.386 cm3/mol

Lead

18.26 cm3/mol 

Lithium

13.02 cm3/mol 

Lutetium

17.78 cm3/mol 

Magnesium

14.00 cm3/mol 

Manganese

 7.35 cm3/mol 

Mercury

solid, the element's solid allotrope existing at the lowest temperature

14.09 cm3/mol 

Molybdenum

 9.38 cm3/mol 

Neodymium

20.58 cm3/mol 

Neon

gas, 273.15 K, 1 atm

22.4139 L/mol 

liquid, 24.5561 K, 43 kPa

16.18 ml/mol  

solid

24.5561 K, 43 kPa

14.17 cm3/mol 

0 K, 0 atm

13.39 cm3/mol 

Neptunium

11.59 cm3/mol 

Nickel

 6.59 cm3/mol 

Niobium

10.83 cm3/mol 

Nitrogen

gas, 273.15 K, 1 atm

22.4131 L/mol 

liquid

273.3 K, 20.420 kbar

21.4 ml/mol   

247.5 K, 16.720 kbar

22.2 ml/mol   

192.83 K, 10.195 kbar

24.20 ml/mol  

175.82 K, 8.404 kbar

24.78 ml/mol  

160.70 K, 6.915 kbar

25.44 ml/mol  

145.08 K, 5.496 kbar

26.19 ml/mol  

131.14 K, 4.320 kbar

26.89 ml/mol  

115.66 K, 3.130 kbar

27.81 ml/mol  

102.15 K, 2.203 kbar

28.67 ml/mol  

87.03 K, 1.239 kbar

29.80 ml/mol  

63.148 K, 0 kbar

32.33 ml/mol  

solid

273.3 K, 20.420 kbar

21.0 cm3/mol  

247.5 K, 16.720 kbar

21.8 cm3/mol  

192.83 K, 10.195 kbar

23.63 cm3/mol 

175.82 K, 8.404 kbar

24.16 cm3/mol 

160.70 K, 6.915 kbar

24.74 cm3/mol 

145.08 K, 5.496 kbar

25.39 cm3/mol 

131.14 K, 4.320 kbar

25.99 cm3/mol 

115.66 K, 3.130 kbar

26.77 cm3/mol 

102.15 K, 2.203 kbar

27.46 cm3/mol 

87.03 K, 1.239 kbar

28.26 cm3/mol 

63.148 K, 0 kbar

29.72 cm3/mol 

Osmium

 8.42 cm3/mol 

Oxygen

gas, 273.15 K, 1 atm

22.4134 L/mol 

Palladium

 8.56 cm3/mol 

Phosphorus

black phosphorus

11.44 cm3/mol 

white phosphorus

17.02 cm3/mol 

Platinum

 9.09 cm3/mol 

Plutonium

12.29 cm3/mol 

Polonium

22.97 cm3/mol 

Potassium

45.94 cm3/mol 

Praseodymium

20.80 cm3/mol 

Promethium

20.23 cm3/mol 

Protactinium

15.18 cm3/mol 

Radium

41.09 cm3/mol 

Radon

solid, the element's solid allotrope existing at the lowest temperature

50.50 cm3/mol 

Rhenium

 8.86 cm3/mol 

Rhodium

 8.28 cm3/mol 

Rubidium

55.76 cm3/mol 

Ruthenium

 8.17 cm3/mol 

Samarium

19.98 cm3/mol 

Scandium

15.00 cm3/mol 

Selenium

16.42 cm3/mol 

Silicon

solid, 22.5 °C, 0 atm

12.0588349 ± 0.0000011 cm3/mol

Silver

10.27 cm3/mol 

Sodium

23.78 cm3/mol 

Strontium

33.94 cm3/mol 

Sulfur

15.53 cm3/mol 

Tantalum

10.85 cm3/mol 

Technetium

 8.63 cm3/mol 

Tellurium

20.46 cm3/mol 

Terbium

19.30 cm3/mol 

Thallium

17.22 cm3/mol 

Thorium

19.80 cm3/mol 

Thulium

19.13 cm3/mol 

Tin

16.29 cm3/mol 

Titanium

10.64 cm3/mol 

Tungsten

 9.47 cm3/mol 

Uranium

12.49 cm3/mol 

Vanadium

 8.32 cm3/mol 

Xenon

gas, 273.15 K, 1 atm

22.4128 L/mol 

solid, 0 K, 0 atm

34.71 cm3/mol 

Ytterbium

24.84 cm3/mol 

Yttrium

19.88 cm3/mol 

Zinc

 9.16 cm3/mol 

Zirconium

14.024 cm3/mol

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

de Podesta, Michael. Understanding the Properties of Matter, 2nd edition. London: Taylor & Francis, 2002.

Freiman, Yuri A. "Phase Diagrams, Structures, and Thermodynamic Properties." pp. 286–364 in Physics of Cryocrystals. Edited by Vadim G. Manzhelii and Yuri A. Freiman. Woodbury, NY: AIP Press, 1997.

Lide, David R., editor. CRC Handbook of Chemistry and Physics, 88th edition. Boca Raton, Florida: Taylor & Francis Group, 2008.

Magomedov, M. N. "The Surface Energy of Cryocrystals." Technical Physics Letters, volume 31, number 12, 2005, pp. 1039–1042. doi:10.1134/1.2150892

Mohr, Peter J., Barry N. Taylor, and David B. Newell. "CODATA Recommended Values of the Fundamental Physical Constants 2006." Reviews of Modern Physics, volume 80, number 2, 2008, pp. 633–730. doi:10.1103/RevModPhys.80.633

Preston-Thomas, H. "The International Temperature Scale of 1990 (ITS-90)." Metrologia, volume 27, number 1, 1990, pp. 3–10. doi:10.1088/0026-1394/27/1/002

Singman, Charles N. "Atomic Volume and Allotropy of the Elements." Journal of Chemical Education, volume 61, number 2, 1984, pp. 137–142. doi:10.1021/ed061p137

Vos, W. L., J. A. Schouten, D. A. Young, and M. Ross. "The Melting Curve of Neon at High Pressure." Journal of Chemical Physics, volume 94, number 5, 1991, pp. 3835–3838. doi:10.1063/1.460683

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