Liste d'enthalpies de dissolution
Cette liste répertorie l'enthalpie de dissolution de quelques substances dans l'eau.
| Substance | État | Dilution (mole d'H2O par mole de soluté) |
T (°C) | ΔdisH° (calth mol−1) |
ΔdisH° (kJ mol−1) |
ΔdisH° (kJ g−1) |
|---|---|---|---|---|---|---|
| AlBr3 | aq | 18 °C | calth mol−1 | −357 kJ mol−1[1] | −1 339 J g−1 | |
| AlCl3 | 600 | 18 °C | calth mol−1 | −326 kJ mol−1[1] | −2 445 J g−1 | |
| AlCl3, 6H2O | 600 | 18 °C | calth mol−1 | −55,2 kJ mol−1[1] | −229 J g−1 | |
| AlF3 | aq | 18 °C | calth mol−1 | −130 kJ mol−1[1] | −1 548 J g−1 | |
| AlF3, 1/2 H2O | aq | 18 °C | calth mol−1 | −79,5 kJ mol−1[1] | J g−1 | |
| AlF3, 7/2 H2O | aq | 18 °C | calth mol−1 | 7,1 kJ mol−1[1] | J g−1 | |
| AlI3 | aq | 18 °C | calth mol−1 | −372 kJ mol−1[1] | −912 J g−1 | |
| Al2(SO4)3 | aq | 18 °C | calth mol−1 | −527 kJ mol−1[1] | J g−1 | |
| Al2(SO4)3, 6H2O | aq | 18 °C | calth mol−1 | −527 kJ mol−1[1] | J g−1 | |
| Al2(SO4)3, 6H2O | aq | 18 °C | calth mol−1 | −235 kJ mol−1[1] | J g−1 | |
| Al2(SO4)3, 18H2O | aq | 18 °C | calth mol−1 | −28 kJ mol−1[1] | J g−1 | |
| AgC2H3O2 | aq | 18 °C | calth mol−1 | 23 kJ mol−1[1] | 138 J g−1 | |
| AgClO4 | cristaux | ? | 25 °C | 1 759 calth mol−1 | 7,36 kJ mol−1[2] | 35,5 J g−1 |
| AgNO2 | cristaux | ? | 25 °C | 8 829 calth mol−1 | 36,94 kJ mol−1[2] | 240,1 J g−1 |
| AgNO3 | cristaux | ? | 25 °C | 5 360 ± 50 calth mol−1[3] | 22,59 kJ mol−1[2] | 133 J g−1 |
| BF3 | gaz | ? | 25 °C | −24,7 ± 0,4 calth mol−1[4] | −0,10 kJ mol−1 | −1,5 J g−1 |
| CaBr2 | cristaux | ? | 25 °C | |||
| CaCl2 | cristaux | ? | 25 °C | |||
| CaClO4 | cristaux | ? | 25 °C | |||
| CaF2 | cristaux | ? | 25 °C | |||
| CaF2 H2O | cristaux | ? | 25 °C | |||
| CaI2 | cristaux | ? | 25 °C | |||
| Ca(OH)2 | cristaux | ? | 25 °C | |||
| Ca(OH)2 H2O | cristaux | ? | 25 °C | |||
| CH3COOH | liquide | ? | 25 °C | −360 calth mol−1[5] | −1,51 kJ mol−1[2] | −25,1 J g−1 |
| CH3NH3Cl | cristaux | ? | 25 °C | 1 379 calth mol−1 | 5,77 kJ mol−1[2] | J g−1 |
| (CH3)3NHCl | cristaux | ? | 25 °C | 349 calth mol−1 | 1,46 kJ mol−1[2] | J g−1 |
| CH4 | gaz | ? | 25 °C | −3 136 calth mol−1 | −13,12 ± 0,07 kJ mol−1[6] | −817,8 J g−1 |
| CsBr | cristaux | ? | 25 °C | 6 209 calth mol−1 | 25,98 kJ mol−1[2] | 122,1 J g−1 |
| CsBrO3 | cristaux | ? | 25 °C | 12 060 calth mol−1 | 50,46 kJ mol−1[2] | J g−1 |
| CsCl | cristaux | ? | 25 °C | 4 250 calth mol−1 | 17,78 kJ mol−1[2] | J g−1 |
| CsClO4 | cristaux | ? | 25 °C | 13 250 calth mol−1 | 55,44 kJ mol−1[2] | J g−1 |
| CsF | cristaux | ? | 25 °C | −8 810 calth mol−1 | −36,86 kJ mol−1[2] | J g−1 |
| CsF H2O | cristaux | ? | 25 °C | −2 500 calth mol−1 | −10,46 kJ mol−1[2] | J g−1 |
| CsF 1,5H2O | cristaux | ? | 25 °C | −1 300 calth mol−1 | −5,44 kJ mol−1[2] | J g−1 |
| CsI | cristaux | ? | 25 °C | 7 971 calth mol−1 | 33,35 kJ mol−1[2] | J g−1 |
| CsNO3 | cristaux | ? | 25 °C | 9 560 calth mol−1 | 40,00 kJ mol−1[2] | J g−1 |
| CsOH | cristaux | ? | 25 °C | −17 101 calth mol−1 | −71,55 kJ mol−1[2] | J g−1 |
| CsOH H2O | cristaux | ? | 25 °C | −4 900 calth mol−1 | −20,50 kJ mol−1[2] | J g−1 |
| HBr | gaz | ? | 25 °C | −20 350 calth mol−1[5] | −85,14 kJ mol−1[2] | −1 052,3 J g−1 |
| HCl | gaz | ? | 25 °C | −17 888 ± 0,014 calth mol−1[7] | −74,84 kJ mol−1[2] | −2 052,6 J g−1 |
| HClO4 | liquide | ? | 25 °C | −21 215 calth mol−1[5] | −88,76 kJ mol−1[2] | −883,5 J g−1 |
| HClO4 H2O | cristaux | ? | 25 °C | −7 875 calth mol−1 | −32,95 kJ mol−1[2] | J g−1 |
| HCOOH | liquide | ? | 25 °C | −205 calth mol−1[5] | −0,86 kJ mol−1[2] | −18,7 J g−1 |
| HF | gaz | ? | 25 °C | −14 700 calth mol−1[5] | −61,50 kJ mol−1[2] | −3 074 J g−1 |
| HI | gaz | ? | 25 °C | −19 520 calth mol−1[5] | −81,67 kJ mol−1[2] | −638,5 J g−1 |
| HIO3 | cristaux | ? | 25 °C | 2 100 calth mol−1[5] | 8,79 kJ mol−1[2] | 50 J g−1 |
| HNO3 | liquide | ? | 25 °C | −7 954 calth mol−1[5] | −33,28 kJ mol−1[2] | −528,1 J g−1 |
| H2S2O7 | ? | 18 °C | calth mol−1 | 75,67 kJ mol−1[1] | J g−1 | |
| HgBr2 | aq | 18 °C | calth mol−1 | 10 kJ mol−1[1] | 28 J g−1 | |
| Hg(C2H3O2)2 | aq | 18 °C | calth mol−1 | 17 kJ mol−1[1] | J g−1 | |
| HgCl2 | aq | 18 °C | calth mol−1 | 14 kJ mol−1[1] | 52 J g−1 | |
| KBr | cristaux | ? | 25 °C | 4 750 calth mol−1[5] | 19,87 kJ mol−1[2] | 167 J g−1 |
| KBrO3 | cristaux | ? | 25 °C | 9 830 calth mol−1 | 41,13 kJ mol−1[2] | 246,3 J g−1 |
| KCl | cristaux | ? | 25 °C | 4 115 calth mol−1[5] | 17,22 kJ mol−1[2] | 231 J g−1 |
| KClO3 | cristaux | ? | 25 °C | 9 890 calth mol−1[5] | 41,38 kJ mol−1[2] | 337,7 J g−1 |
| KClO4 | cristaux | ? | 25 °C | 12 200 calth mol−1[5] | 51,04 kJ mol−1[2] | 368,4 J g−1 |
| KCN | cristaux | ? | 25 °C | 2 800 calth mol−1[5] | 11,72 kJ mol−1[2] | 180 J g−1 |
| KCNO | cristaux | ? | 25 °C | 4 840 calth mol−1[5] | 20,25 kJ mol−1[2] | 249,6 J g−1 |
| KCNS | cristaux | ? | 25 °C | 5 790 calth mol−1[5] | 24,23 kJ mol−1[2] | 249,3 J g−1 |
| KC2H3O2 | cristaux | ? | 25 °C | −3 664 calth mol−1 | −15,33 kJ mol−1[2] | J g−1 |
| KF 2H2O | cristaux | ? | 25 °C | 1 666 calth mol−1[5] | 6,97 kJ mol−1[2] | J g−1 |
| KF | cristaux | ? | 25 °C | −4 238 calth mol−1[5] | −17,73 kJ mol−1[2] | −305,2 J g−1 |
| KHCO3 | 2000 | 18 °C | calth mol−1 | 21 kJ mol−1[1] | 210 J g−1 | |
| KH2PO4 | cristaux | ? | 25 °C | 4 705 calth mol−1[8] | 19,69 kJ mol−1 | 145 J g−1 |
| KI | cristaux | ? | 25 °C | 4 860 calth mol−1[5] | 20,33 kJ mol−1[2] | 122,5 J g−1 |
| KIO3 | cristaux | ? | 25 °C | 6 630 calth mol−1 | 27,74 kJ mol−1[2] | 129,6 J g−1 |
| KMnO4 | cristaux | ? | 25 °C | 10 410 calth mol−1[5] | 43,56 kJ mol−1[2] | 275,6 J g−1 |
| KNO2 | cristaux | ? | 25 °C | 3 191 calth mol−1 | 13,35 kJ mol−1[2] | 156,9 J g−1 |
| KNO3 | cristaux | ? | 25 °C | 8 339 calth mol−1 | 34,89 kJ mol−1[2] | 345,1 J g−1 |
| KOH | cristaux | ? | 25 °C | −13 769 calth mol−1[5] | −57,61 kJ mol−1[2] | −1 026,8 J g−1 |
| KOH H2O | cristaux | ? | 25 °C | −3 500 calth mol−1[5] | −14,64 kJ mol−1[2] | J g−1 |
| KOH 1,5H2O | cristaux | ? | 25 °C | −2 500 calth mol−1 | −10,46 kJ mol−1[2] | J g−1 |
| K2Cr2O7 | 1600 | 18 °C | calth mol−1 | 74,5 kJ mol−1[1] | J g−1 | |
| K2C2O4 | 400 | 18 °C | calth mol−1 | 19 kJ mol−1[1] | 114 J g−1 | |
| K2S | ? | 18 °C | calth mol−1 | 46,0 kJ mol−1[1] | 417 J g−1 | |
| K2SO4 | ? | 18 °C | calth mol−1 | 26,5 kJ mol−1[1] | 152 J g−1 | |
| K2S2O3 | ? | 18 °C | calth mol−1 | 19 kJ mol−1[1] | 100 J g−1 | |
| K2S2O5 | aq | 18 °C | calth mol−1 | 46,0 kJ mol−1[1] | 207 J g−1 | |
| K2S2O6 | aq | 18 °C | calth mol−1 | 54,4 kJ mol−1[1] | 228 J g−1 | |
| LiBr 2H2O | cristaux | ? | 25 °C | −2 250 calth mol−1[5] | −9,14 kJ mol−1 | J g−1 |
| LiBr | cristaux | ? | 25 °C | −11 670 calth mol−1[5] | −48,83 kJ mol−1[2] | −562,3 J g−1 |
| LiBr H2O | cristaux | ? | 25 °C | −5 560 calth mol−1[5] | −23,26 kJ mol−1[2] | J g−1 |
| LiBr 2H2O | cristaux | ? | 25 °C | −2 249 calth mol−1 | −9,41 kJ mol−1[2] | J g−1 |
| LiBrO3 | cristaux | ? | 25 °C | 339 calth mol−1 | 1,42 kJ mol−1[2] | J g−1 |
| LiCl | cristaux | ? | 25 °C | −8 850 calth mol−1[5] | −37,03 kJ mol−1[2] | −873,5 J g−1 |
| LiCl H2O | cristaux | ? | 25 °C | −4 560 calth mol−1 | −19,08 kJ mol−1[2] | J g−1 |
| LiClO4 | cristaux | ? | 25 °C | −6 346 calth mol−1 | −26,55 kJ mol−1[2] | −249,5 J g−1 |
| LiClO4 3H2O | cristaux | ? | 25 °C | 7 794 calth mol−1 | 32,61 kJ mol−1[2] | J g−1 |
| LiF | cristaux | ? | 25 °C | 1 130 calth mol−1[5] | 4,73 kJ mol−1[2] | 182,4 J g−1 |
| LiI | cristaux | ? | 25 °C | −15 130 calth mol−1[5] | −63,30 kJ mol−1[2] | −472,9 J g−1 |
| LiI H2O | cristaux | ? | 25 °C | −7 090 calth mol−1[5] | −29,66 kJ mol−1[2] | J g−1 |
| LiI 2H2O | cristaux | ? | 25 °C | −3 530 calth mol−1 | −14,77 kJ mol−1[2] | J g−1 |
| LiI 3H2O | cristaux | ? | 25 °C | 141 calth mol−1 | 0,59 kJ mol−1[2] | J g−1 |
| LiNO2 | cristaux | ? | 25 °C | −2 630 calth mol−1[5] | −11,00 kJ mol−1[2] | J g−1 |
| LiNO2 H2O | cristaux | ? | 25 °C | 1 680 calth mol−1[5] | 7,03 kJ mol−1[2] | J g−1 |
| LiNO3 | cristaux | ? | 25 °C | −600 calth mol−1[5] | −2,51 kJ mol−1[2] | −36,4 J g−1 |
| LiOH | cristaux | ? | 25 °C | −5 632 calth mol−1[5] | −23,56 kJ mol−1[2] | −983,8 J g−1 |
| LiOH H2O | cristaux | ? | 25 °C | −1 600 calth mol−1[5] | −6,69 kJ mol−1[2] | J g−1 |
| Li2CO3 | ? | 25 °C | −4 200 ± 200 calth mol−1[9] | −17,57 kJ mol−1 | −237,8 J g−1 | |
| N(CH3)4Cl | cristaux | ? | 25 °C | 975 calth mol−1 | 4,08 kJ mol−1[2] | J g−1 |
| N(CH3)4Br | cristaux | ? | 25 °C | 5 801 calth mol−1 | 24,27 kJ mol−1[2] | J g−1 |
| N(CH3)4I | cristaux | ? | 25 °C | 10 055 calth mol−1 | 42,07 kJ mol−1[2] | J g−1 |
| NH3 | gaz | ? | 25 °C | −7 290 calth mol−1 | −30,50 kJ mol−1[2] | −1 790,9 J g−1 |
| NH4 BO3, H2O | aq | 18 °C | calth mol−1 | 38 kJ mol−1[1] | J g−1 | |
| NH4Br | cristaux | ? | 25 °C | 4 011 calth mol−1 | 16,78 kJ mol−1[2] | 171,3 J g−1 |
| NH4C2H3O2 | cristaux | ? | 25 °C | −569 calth mol−1 | −2,38 kJ mol−1[2] | J g−1 |
| NH4CN | cristaux | ? | 25 °C | 4 199 calth mol−1 | 17,57 kJ mol−1[2] | 398,8 J g−1 |
| NH4CNS | cristaux | ? | 25 °C | 5 399 calth mol−1 | 22,59 kJ mol−1[2] | 296,8 J g−1 |
| NH4Cl | cristaux | ? | 25 °C | 3 533 calth mol−1 | 14,78 kJ mol−1[2] | 276,3 J g−1 |
| NH4ClO4 | cristaux | ? | 25 °C | 8 000 calth mol−1 | 33,47 kJ mol−1[2] | 284,9 J g−1 |
| (NH4)2Cr2O4 | aq | 18 °C | calth mol−1 | 24,4 kJ mol−1[1] | J g−1 | |
| (NH4)2Cr2O7 | 600 | 18 °C | calth mol−1 | 54,0 kJ mol−1[1] | J g−1 | |
| NH4HSO4 | 800 | 18 °C | calth mol−1 | −2,3 kJ mol−1[1] | J g−1 | |
| NH4H2PO4 | ? | 25 °C | 3 888 calth mol−1[8] | 16,27 kJ mol−1 | 141,4 J g−1 | |
| NH4I | cristaux | ? | 25 °C | 3 279 calth mol−1 | 13,72 kJ mol−1[2] | 94,7 J g−1 |
| NH4IO3 | cristaux | ? | 25 °C | 7 600 calth mol−1 | 31,80 kJ mol−1[2] | 164,8 J g−1 |
| NH4NO2 | cristaux | ? | 25 °C | 4 601 calth mol−1 | 19,25 kJ mol−1[2] | 300,6 J g−1 |
| NH4NO3 | cristaux | ? | 25 °C | 6 140 calth mol−1[5] | 25,69 kJ mol−1[2] | 321 J g−1 |
| (NH4)2SO3 | aq | 18 °C | calth mol−1 | 5,0 kJ mol−1[1] | J g−1 | |
| (NH4)2SO3,H2O | aq | 18 °C | calth mol−1 | 17,3 kJ mol−1[1] | J g−1 | |
| (NH4)2SO4 | ? | 18 °C | calth mol−1 | 11,5 kJ mol−1[1] | J g−1 | |
| NaBH4 | ? | 25 °C | −776 calth mol−1[10] | −3,25 kJ mol−1 | −85,9 J g−1 | |
| NaBr | cristaux | ? | 25 °C | −144 calth mol−1[5] | −0,60 kJ mol−1[2] | −5,8 J g−1 |
| NaBr 2H2O | cristaux | ? | 25 °C | 4 454 calth mol−1[5] | 18,64 kJ mol−1[2] | J g−1 |
| NaBrO3 | cristaux | ? | 25 °C | 429 calth mol−1 | 26,90 kJ mol−1[2] | 178,3 J g−1 |
| NaCl | cristaux | ? | 25 °C | 928 calth mol−1[5] | 3,88 kJ mol−1[2] | 66,4 J g−1 |
| NaClO2 | cristaux | ? | 25 °C | 80 calth mol−1[5] | 0,33 kJ mol−1[2] | 3,6 J g−1 |
| NaClO2 3H2O | cristaux | ? | 25 °C | 6 830 calth mol−1[5] | 28,58 kJ mol−1[2] | J g−1 |
| NaClO3 | cristaux | ? | 25 °C | 5 191 calth mol−1[5] | 21,72 kJ mol−1[2] | 204,1 J g−1 |
| NaClO4 | cristaux | ? | 25 °C | 3 317 calth mol−1[5] | 13,88 kJ mol−1[2] | 113,4 J g−1 |
| NaClO4 H2O | cristaux | ? | 25 °C | 5 380 calth mol−1[5] | 22,51 kJ mol−1[2] | J g−1 |
| NaCN | cristaux | ? | 25 °C | 290 calth mol−1[5] | 1,21 kJ mol−1[2] | 24,7 J g−1 |
| NaCN 0,5H2O | cristaux | ? | 25 °C | 791 calth mol−1 | 3,31 kJ mol−1[2] | J g−1 |
| NaCN 2H2O | cristaux | ? | 25 °C | 4 441 calth mol−1 | 18,58 kJ mol−1[2] | J g−1 |
| NaCNO | cristaux | ? | 25 °C | 4 589 calth mol−1 | 19,20 kJ mol−1[2] | 295,4 J g−1 |
| NaCNS | cristaux | ? | 25 °C | 1 632 calth mol−1 | 6,83 kJ mol−1[2] | 84,2 J g−1 |
| NaC2H3O2 | cristaux | ? | 25 °C | −4 140 calth mol−1 | −17,32 kJ mol−1[2] | J g−1 |
| NaC2H3O2 3H2O | cristaux | ? | 25 °C | 4 699 calth mol−1 | 19,66 kJ mol−1[2] | J g−1 |
| NaF | cristaux | ? | 25 °C | 218 calth mol−1[5] | 0,91 kJ mol−1[2] | 21,7 J g−1 |
| NaHCO3 | 1800 | 18 °C | calth mol−1 | 17 kJ mol−1[1] | J g−1 | |
| NaI | cristaux | ? | 25 °C | −1 800 calth mol−1[5] | −7,53 kJ mol−1[2] | −50,2 J g−1 |
| NaI 2H2O | cristaux | ? | 25 °C | 3 855 calth mol−1[5] | 16,13 kJ mol−1[2] | J g−1 |
| NaIO3 | cristaux | ? | 25 °C | 4 849 calth mol−1 | 20,29 kJ mol−1[2] | 102,5 J g−1 |
| NaNO2 | cristaux | ? | 25 °C | 3 320 calth mol−1 | 13,89 kJ mol−1[2] | 201,3 J g−1 |
| NaNO3 | cristaux | ? | 25 °C | 4 900 calth mol−1 | 20,50 kJ mol−1[2] | 241,2 J g−1 |
| NaOH | cristaux | ? | 25 °C | −10 637 calth mol−1[5] | −44,51 kJ mol−1[2] | −1 112,8 J g−1 |
| NaOH H2O | cristaux | ? | 25 °C | −5 118 calth mol−1[5] | −21,41 kJ mol−1[2] | J g−1 |
| Na2S2O6 (en) | aq | 18 °C | calth mol−1 | 24 kJ mol−1[1] | J g−1 | |
| PbBr2 | aq | 18 °C | calth mol−1 | 42,3 kJ mol−1[1] | J g−1 | |
| Pb(CHO2)2 | aq | 18 °C | calth mol−1 | 29 kJ mol−1[1] | J g−1 | |
| Pb (C2H3O2)2 | 400 | 18 °C | calth mol−1 | −5,9 kJ mol−1[1] | J g−1 | |
| Pb (C2H3O2)2, 3H2O | 400 | 18 °C | calth mol−1 | 25 kJ mol−1[1] | J g−1 | |
| PbCl2 | aq | 18 °C | calth mol−1 | 14 kJ mol−1[1] | J g−1 | |
| Pb (NO3)2 | 400 | 18 °C | calth mol−1 | 31,9 kJ mol−1[1] | J g−1 | |
| RbBr | cristaux | ? | 25 °C | 5 229 calth mol−1 | 21,88 kJ mol−1[2] | J g−1 |
| RbBrO3 | cristaux | ? | 25 °C | 11 699 calth mol−1 | 48,95 kJ mol−1[2] | J g−1 |
| RbCl | cristaux | ? | 25 °C | 4 130 calth mol−1 | 17,28 kJ mol−1[2] | J g−1 |
| RbClO3 | cristaux | ? | 25 °C | 11 410 calth mol−1 | 47,74 kJ mol−1[2] | J g−1 |
| RbClO4 | cristaux | ? | 25 °C | 13 561 calth mol−1 | 56,74 kJ mol−1[2] | J g−1 |
| RbF | cristaux | ? | 25 °C | −6 240 calth mol−1[5] | −26,11 kJ mol−1[2] | J g−1 |
| RbF H2O | cristaux | ? | 25 °C | −100 calth mol−1[5] | −0,42 kJ mol−1[2] | J g−1 |
| RbF 1,5H2O | cristaux | ? | 25 °C | 320 calth mol−1 | 1,34 kJ mol−1[2] | J g−1 |
| RbI | cristaux | ? | 25 °C | 5 999 calth mol−1 | 25,10 kJ mol−1[2] | J g−1 |
| RbNO3 | cristaux | ? | 25 °C | 8 719 calth mol−1 | 36,48 kJ mol−1[2] | J g−1 |
| RbOH 2H2O | cristaux | ? | 25 °C | 210 calth mol−1[5] | 0,88 kJ mol−1[2] | J g−1 |
| RbOH | cristaux | ? | 25 °C | −14 900 calth mol−1[5] | −62,34 kJ mol−1[2] | J g−1 |
| RbOH H2O | cristaux | ? | 25 °C | −4 310 calth mol−1[5] | −17,99 kJ mol−1[2] | J g−1 |
| saccharose | cristaux | ? | 25 °C | 1 455 ± 5 calth mol−1[11] | 6,09 kJ mol−1 | 17,8 J g−1 |
Notes et références[modifier | modifier le code]
- Stéphane Veesler et Bernard Lefrançois, « Enthalpies de dissolution dans l'eau de composés minéraux », Techniques de l'Ingénieur, no W140, , [1]
- (en) David R. Lide, CRC Handbook of Chemistry and Physics, CRC Press, , 84e éd., 2616 p. (ISBN 0-8493-0484-9, lire en ligne), p. 5-103
- (en) Wendell V. Smith, Oliver L. I. Brown, Kenneth S. Pitzer, « The Heat Capacity and Entropy of Silver Nitrate from 15 to 300°K. The Heat and Free Energy of Solution in Water and Dilute Aqueous Ammonia. The Entropy of Silver Ammonia Complex Ion », J. Am. Chem. Soc., , p. 1213-1215 (DOI 10.1021/ja01286a017)
- (en) D. A. Scarpiello, W. J. Cooper, « Heat of Solution of Boron Trifluoride in Water and Aqueous Hydrofluoric Acid. », J. Chem. Eng. Data, , p. 364-365 (DOI 10.1021/je60022a014)
- (en) Ray E. Bolz, George Lewis Tuve, CRC handbook of tables for applied engineering science, CRC Press, , 2e éd., 1166 p. (ISBN 0-8493-0252-8, lire en ligne), p. 379
- (en) Hossein Naghibi, S. F. Dec, S. J. Gill, « Heat of solution of methane in water from 0 to 50 °C », J. Phys. Chem., vol. 90, , p. 4621-4623 (DOI 10.1021/j100410a030)
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