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For elements that are solid at standard temperature and pressure the table gives the crystalline structure of the most thermodynamically stable form(s) in those conditions. In all other cases the structure given is for the element at its melting point (H, He, N, O, F, Ne, Cl, Ar, Kr, Xe, and Rn are gases at STP; Br, Hg, and probably Cn and Fl are liquids at STP). Data is presented only for the elements that have been produced in bulk (the first 99, except for astatine and francium). Predictions are given for astatine, francium, elements 100–113 and 118. The latest predictions for flerovium (element 114) could not distinguish between face-centred cubic and hexagonal close-packed structures, which were predicted to be close in energy. No predictions are available for elements 115–117.

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  • For elements that are solid at standard temperature and pressure the table gives the crystalline structure of the most thermodynamically stable form(s) in those conditions. In all other cases the structure given is for the element at its melting point (H, He, N, O, F, Ne, Cl, Ar, Kr, Xe, and Rn are gases at STP; Br, Hg, and probably Cn and Fl are liquids at STP). Data is presented only for the elements that have been produced in bulk (the first 99, except for astatine and francium). Predictions are given for astatine, francium, elements 100–113 and 118. The latest predictions for flerovium (element 114) could not distinguish between face-centred cubic and hexagonal close-packed structures, which were predicted to be close in energy. No predictions are available for elements 115–117. (en)
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  • For elements that are solid at standard temperature and pressure the table gives the crystalline structure of the most thermodynamically stable form(s) in those conditions. In all other cases the structure given is for the element at its melting point (H, He, N, O, F, Ne, Cl, Ar, Kr, Xe, and Rn are gases at STP; Br, Hg, and probably Cn and Fl are liquids at STP). Data is presented only for the elements that have been produced in bulk (the first 99, except for astatine and francium). Predictions are given for astatine, francium, elements 100–113 and 118. The latest predictions for flerovium (element 114) could not distinguish between face-centred cubic and hexagonal close-packed structures, which were predicted to be close in energy. No predictions are available for elements 115–117. (en)
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  • Periodic table (crystal structure) (en)
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