Matières
Niveaux
La fiche suivante présente les valeurs de températures d'ébullition de différentes substances.
| Substance | Formule chimique | Température d'ébullition |\text{(ºC)}| |
| Aluminium | |Al| | |\text {2 467}| |
| Antimoine | |Sb| | |\text {1 750}| |
| Argent | |Ag| | |\text {2 212}| |
| Argon | |Ar| | |\text {-186}| |
| Béryllium | |Be| | |\text {2 970}| |
| Bore | |B| | |\text {2 550}| |
| Cadmium | |Cd| | |\text {765}| |
| Calcium | |Ca| | |\text {1 484}| |
| Carbone | |C| | |\text {4 827}| |
| Chrome | |Cr| | |\text {2 672}| |
| Cobalt | |Co| | |\text {2 870}| |
| Cuivre | |Cu| | |\text {2 567}| |
| Étain | |Sn| | |\text {2 270}| |
| Fer | |Fe| | |\text {2 750}| |
| Gallium | |Ga| | |\text {2 403}| |
| Germanium | |Ge| | |\text {2 830}| |
| Hélium | |He| | |\text {-269}| |
| Indium | |In| | |\text {2 000}| |
| Iode | |I| | |\text {184}| |
| Krypton | |Kr| | |\text {-153}| |
| Lithium | |Li| | |\text {1 347}| |
| Magnésium | |Mg| | |\text {1 090}| |
| Manganèse | |Mn| | |\text {1 962}| |
| Mercure | |Hg| | |\text {357}| |
| Molybdène | |Mo| | |\text {4 612}| |
| Néon | |Ne| | |\text {-246}| |
| Nickel | |Ni| | |\text {2 732}| |
| Niobium | |Nb| | |\text {4 927}| |
| Or | |Au| | |\text {2 807}| |
| Palladium | |Pd| | |\text {2 927}| |
| Phosphore | |P| | |\text {280}| |
| Plomb | |Pb| | |\text {1 740}| |
| Potassium | |K| | |\text {774}| |
| Rhodium | |Rh| | |\text {3 727}| |
| Rubidium | |Rb| | |\text {688}| |
| Ruthénium | |Ru| | |\text {3 900}| |
| Scandium | |Sc| | |\text {2 832}| |
| Sélénium | |Se| | |\text {685}| |
| Silicium | |Si| | |\text {2 355}| |
| Sodium | |Na| | |\text {883}| |
| Soufre | |S| | |\text {445}| |
| Strontium | |Sr| | |\text {1 384}| |
| Technétium | |Tc| | |\text {4 877}| |
| Tellure | |Te| | |\text {990}| |
| Titane | |Ti| | |\text {3 287}| |
| Tungstène | |W| | |\text {5 900}| |
| Vanadium | |V| | |\text {3 380}| |
| Xénon | |Xe| | |\text {-108}| |
| Yttrium | |Y| | |\text {3 377}| |
| Zinc | |Zn| | |\text {907}| |
| Zirconium | |Zr| | |\text {4 377}| |
| Substance | Formule chimique | Température d'ébullition |\text{(ºC)}| |
| Acide acétique | |CH_3COOH| | |\text {118}| |
| Ammoniac | |NH_3| | |\text {-33}| |
| Bromure d'ammonium | |NH_4Br| | |\text {452}| |
| Bromure de potassium | |KBr| | |\text {1 435}| |
| Chlorure d'hydrogène | |HCl| | |\text {-85}| |
| Chlorure de lithium | |LiCl| | |\text {1 360}| |
| Chlorure de potassium | |KCl| | |\text {1 411}| |
| Chlorure de sodium | |NaCl| | |\text {1 413}| |
| Diazote | |N_2| | |\text {-196}| |
| Dibrome | |Br_2| | |\text {59}| |
| Dichlore | |Cl_2| | |\text {-35}| |
| Dibromure de magnésium | |MgBr_2| | |\text {711}| |
| Dichlorure de baryum | |BaCl_{2}| | |\text {1 560}| |
| Dichlorure de calcium | |CaCl_{2}| | |\text {1 935}| |
| Dichlorure de strontium | |SrCl_2| | |\text {1 250}| |
| Difluor | |F_2| | |\text {-188}| |
| Dihydrogène | |H_2| | |\text {-253}| |
| Diiode | |I_2| | |\text {184}| |
| Dinitrate de strontium | |Sr(NO_3)_2| | |\text {645}| |
| Dioxygène | |O_2| | |\text {-183}| |
| Eau | |H_2O| | |\text {100}| |
| Éthanol | |C_2H_6O| | |\text {78}| |
| Éthylène glycol | |HOCH_2CH_2OH| | |\text {198}| |
| Glycérine | |C_3H_8O_3| | |\text {290}| |
| Hydroxyde de potassium | |KOH| | |\text {1 327}| |
| Hydroxyde de sodium | |NaOH| | |\text {1 388}| |
| Méthanol | |CH_3OH| | |\text {65}| |
| Monoxyde de carbone | |CO| | |\text {-192}| |
| Nitrate de sodium | |NaNO_3| | |\text {380}| |
| Ozone | |O_3| | |\text {-111}| |
| Propane | |C_3H_8| | |\text {-42}| |
| Sulfate de dialuminium | |Al_2SO_4| | |\text {770}| |
| Sulfure de dihydrogène | |H_2S| | |\text {-60}| |