On this page I will talk about the boiling point of chemical elements. The temperature will be presented in °C, °F and K units.
Briefly, boiling point is the temperature at which a liquid changes to a gas (vapor) at normal atmospheric pressure. For more information:
https://materials.gelsonluz.com/2019/07/boiling-point.htmlBoiling Point of Chemical elements
| °C | °F | K | |
|---|---|---|---|
| Hydrogen | -252,87 °C | -423,17 °F | 20,28 K |
| Helium | -268,93 °C | -452,07 °F | 4,22 K |
| Lithium | 1342 °C | 2447,6 °F | 1615,15 K |
| Beryllium | 2472 °C | 4481,6 °F | 2745,15 K |
| Boron | 4000 °C | 7232 °F | 4273,15 K |
| Carbon | 4827 °C | 8720,6 °F | 5100,15 K |
| Nitrogen | -195,8 °C | -320,44 °F | 77,35 K |
| Oxygen | -182,96 °C | -297,33 °F | 90,19 K |
| Fluorine | -188,14 °C | -306,65 °F | 85,01 K |
| Neon | -246,05 °C | -410,89 °F | 27,1 K |
| Sodium | 882,9 °C | 1621,22 °F | 1156,05 K |
| Magnesium | 1090 °C | 1994 °F | 1363,15 K |
| Aluminum | 2519 °C | 4566,2 °F | 2792,15 K |
| Silicon | 3265 °C | 5909 °F | 3538,15 K |
| Phosphorus | 277 °C | 530,6 °F | 550,15 K |
| Sulfur | 444,6 °C | 832,28 °F | 717,75 K |
| Chlorine | -34,6 °C | -30,28 °F | 238,55 K |
| Argon | -185,7 °C | -302,26 °F | 87,45 K |
| Potassium | 759,9 °C | 1399,82 °F | 1033,05 K |
| Calcium | 1484 °C | 2703,2 °F | 1757,15 K |
| Scandium | 2830 °C | 5126 °F | 3103,15 K |
| Titanium | 3287 °C | 5948,6 °F | 3560,15 K |
| Vanadium | 3407 °C | 6164,6 °F | 3680,15 K |
| Chromium | 2672 °C | 4841,6 °F | 2945,15 K |
| Manganese | 2061 °C | 3741,8 °F | 2334,15 K |
| Iron | 2861 °C | 5181,8 °F | 3134,15 K |
| Cobalt | 2927 °C | 5300,6 °F | 3200,15 K |
| Nickel | 2913 °C | 5275,4 °F | 3186,15 K |
| Copper | 2567 °C | 4652,6 °F | 2840,15 K |
| Zinc | 907 °C | 1664,6 °F | 1180,15 K |
| Gallium | 2204 °C | 3999,2 °F | 2477,15 K |
| Germanium | 2830 °C | 5126 °F | 3103,15 K |
| Arsenic | 613 °C | 1135,4 °F | 886,15 K |
| Selenium | 684,9 °C | 1264,82 °F | 958,05 K |
| Bromine | 58,78 °C | 137,8 °F | 331,93 K |
| Krypton | -152,3 °C | -242,14 °F | 120,85 K |
| Rubidium | 686 °C | 1266,8 °F | 959,15 K |
| Strontium | 1384 °C | 2523,2 °F | 1657,15 K |
| Yttrium | 3338 °C | 6040,4 °F | 3611,15 K |
| Zirconium | 4377 °C | 7910,6 °F | 4650,15 K |
| Niobium | 4742 °C | 8567,6 °F | 5015,15 K |
| Molybdenum | 4612 °C | 8333,6 °F | 4885,15 K |
| Technetium | 4877 °C | 8810,6 °F | 5150,15 K |
| Ruthenium | 4150 °C | 7502 °F | 4423,15 K |
| Rhodium | 3695 °C | 6683 °F | 3968,15 K |
| Palladium | 2940 °C | 5324 °F | 3213,15 K |
| Silver | 2162 °C | 3923,6 °F | 2435,15 K |
| Cadmium | 765 °C | 1409 °F | 1038,15 K |
| Indium | 2080 °C | 3776 °F | 2353,15 K |
| Tin | 2602 °C | 4715,6 °F | 2875,15 K |
| Antimony | 1587 °C | 2888,6 °F | 1860,15 K |
| Tellurium | 989,9 °C | 1813,82 °F | 1263,05 K |
| Iodine | 184,35 °C | 363,83 °F | 457,5 K |
| Xenon | -107,1 °C | -160,78 °F | 166,05 K |
| Cesium | 669,3 °C | 1236,74 °F | 942,45 K |
| Barium | 1897 °C | 3446,6 °F | 2170,15 K |
| Lanthanum | 3464 °C | 6267,2 °F | 3737,15 K |
| Cerium | 3433 °C | 6211,4 °F | 3706,15 K |
| Praseodymium | 3520 °C | 6368 °F | 3793,15 K |
| Neodymium | 3074 °C | 5565,2 °F | 3347,15 K |
| Promethium | 3000 °C | 5432 °F | 3273,15 K |
| Samarium | 1794 °C | 3261,2 °F | 2067,15 K |
| Europium | 1527 °C | 2780,6 °F | 1800,15 K |
| Gadolinium | 3273 °C | 5923,4 °F | 3546,15 K |
| Terbium | 3230 °C | 5846 °F | 3503,15 K |
| Dysprosium | 2567 °C | 4652,6 °F | 2840,15 K |
| Holmium | 2700 °C | 4892 °F | 2973,15 K |
| Erbium | 2868 °C | 5194,4 °F | 3141,15 K |
| Thulium | 1950 °C | 3542 °F | 2223,15 K |
| Ytterbium | 1196 °C | 2184,8 °F | 1469,15 K |
| Lutetium | 3402 °C | 6155,6 °F | 3675,15 K |
| Hafnium | 4602 °C | 8315,6 °F | 4875,15 K |
| Tantalum | 5425 °C | 9797 °F | 5698,15 K |
| Tungsten | 5660 °C | 10220 °F | 5933,15 K |
| Rhenium | 5627 °C | 10160,6 °F | 5900,15 K |
| Osmium | 5027 °C | 9080,6 °F | 5300,15 K |
| Iridium | 4130 °C | 7466 °F | 4403,15 K |
| Platinum | 3827 °C | 6920,6 °F | 4100,15 K |
| Gold | 2808 °C | 5086,4 °F | 3081,15 K |
| Mercury | 356,58 °C | 673,84 °F | 629,73 K |
| Thallium | 1457 °C | 2654,6 °F | 1730,15 K |
| Lead | 1740 °C | 3164 °F | 2013,15 K |
| Bismuth | 1560 °C | 2840 °F | 1833,15 K |
| Polonium | 962 °C | 1763,6 °F | 1235,15 K |
| Astatine | 337 °C | 638,6 °F | 610,15 K |
| Radon | -61,8 °C | -79,24 °F | 211,35 K |
| Francium | 677 °C | 1250,6 °F | 950,15 K |
| Radium | 1140 °C | 2084 °F | 1413,15 K |
| Actinium | 3200 °C | 5792 °F | 3473,15 K |
| Thorium | 4000 °C | 7232 °F | 4273,15 K |
| Protactinium | 4000 °C | 7232 °F | 4273,15 K |
| Uranium | 3818 °C | 6904,4 °F | 4091,15 K |
| Neptunium | 3902 °C | 7055,6 °F | 4175,15 K |
| Plutonium | 3232 °C | 5849,6 °F | 3505,15 K |
| Americium | 2607 °C | 4724,6 °F | 2880,15 K |
| Curium | 3110 °C | 5630 °F | 3383,15 K |
References
https://materials.gelsonluz.com/2022/03/boiling-point-references.html
Citation
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That gives credibility to your paper and it is sometimes required in higher education.
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Luz, Gelson. Boiling Point of Chemical elements. Materials Blog. Gelsonluz.com. dd mmmm. yyyy. URL.
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