Cl - Cu
| Formel | Agg. Zust. | μ [kG] |
Temp. Koeff. [G/K] |
Ref. |
| Cl | gasf. | 105,70 | -165,09 | 1 |
| Cl | gasf. | 105,03 | -165,10 | 2 |
| Cl- | gasf. | -240,12 | -153,25 | 2 |
| Cl- | wss.Lsg | -131,26 | -56,48 | 1 |
| Cl+ | gasf. | 1360,32 | -167,45 | 2 |
| ClF | gasf. | -55,94 | -217,78 | 1 |
| ClF | gasf. | -52,29 | -217,84 | 2 |
| ClFO3 | gasf. | 48,12 | -278,86 | 1 |
| ClF3 | gasf. | -123,01 | -281,50 | 1 |
| ClF3 | gasf. | -118,90 | -281,50 | 2 |
| ClF5 | gasf. | -146,77 | -310,62 | 2 |
| ClH | gasf. | -95,30 | -186,80 | 1 |
| ClH | gasf. | -95,30 | -186,79 | 2 |
| ClH | wss.Lsg | -96,44 | 7 | |
| ClH2+ | wss.Lsg | -39,37 | 7 | |
| ClO- | wss.Lsg | -36,82 | -41,84 | 1 |
| ClOH | wss.Lsg | -79,91 | -142,26 | 1 |
| ClO2 | gasf. | 120,50 | -256,73 | 1 |
| ClO2 | gasf. | 122,31 | -257,12 | 2 |
| ClO2- | wss.Lsg | 17,15 | -101,25 | 1 |
| ClO2H | wss.Lsg | 5,86 | -188,28 | 1 |
| ClO3- | wss.Lsg | -3,35 | -162,34 | 1 |
| ClO4- | wss.Lsg | -8,62 | -182,00 | 1 |
| Cl2 | gasf. | 0,00 | -222,96 | 1 |
| Cl2 | gasf. | 0,00 | -222,97 | 2 |
| Cl2 | wss.Lsg | 6,90 | -121,34 | 1 |
| Cl2O | gasf. | 97,91 | -266,10 | 1 |
| Cl2O | gasf. | 105,04 | -267,86 | 2 |
| Co | gasf. | 380,33 | -179,41 | 1 |
| Co alpha , hexagonal | fest | 0,00 | -30,04 | 1 |
| Co beta , kubisch-flächenzentriert | fest | 0,25 | -30,71 | 1 |
| Co2+ | wss.Lsg | -54,39 | 112,87 | 1 |
| Co3+ | wss.Lsg | 133,89 | 305,43 | 1 |
| CoCl2 | fest | -269,87 | -109,16 | 1 |
| CoF2 | fest | -647,26 | -81,96 | 1 |
| CoFe2O4 | fest | -1032,61 | -134,72 | 1 |
| Co(NH3)63+ | wss.Lsg | -162,76 | -167,36 | 1 |
| CoO | fest | -214,22 | -52,97 | 1 |
| Co(OH)2 rosa, gefällt | fest | -454,38 | -79,50 | 1 |
| Co(OH)2 | wss.Lsg | -421,75 | 1 | |
| Co(OH)3- | wss.Lsg | -644,75 | 1 | |
| CoSO4 | fest | -782,41 | -117,99 | 1 |
| Co3O4 | fest | -774,04 | -102,51 | 1 |
| Cr | gasf. | 351,87 | -174,39 | 1 |
| Cr | gasf. | 351,87 | -174,20 | 5 |
| Cr | fest | 0,00 | -23,77 | 1 |
| CrCl2 | fest | -356,06 | -115,31 | 1 |
| CrCl2O2 Chromylchlorid | flüssig | -510,87 | -221,75 | 1 |
| CrCl3 | fest | -486,18 | -123,01 | 1 |
| CrF3 | fest | -1087,84 | -93,89 | 1 |
| CrO42- | wss.Lsg | -727,85 | -50,21 | 1 |
| CrO4H- | wss.Lsg | -764,84 | -184,10 | 1 |
| Cr2O3 | fest | -1058,13 | -81,17 | 1 |
| Cr2O72- | wss.Lsg | -1301,22 | -261,92 | 1 |
| Cs | gasf. | 51,21 | -175,49 | 1 |
| Cs | gasf. | 49,72 | -175,49 | 2 |
| Cs | flüssig | 0,03 | -92,07 | 2 |
| Cs | fest | 12,55 | -82,84 | 1 |
| Cs | fest | 0,00 | -85,15 | 2 |
| Cs+ | gasf. | 420,85 | -169,72 | 2 |
| Cs+ | wss.Lsg | -282,04 | -133,05 | 1 |
| CsBr | fest | -383,25 | -121,34 | 1 |
| CsCl | gasf. | -257,85 | -255,96 | 2 |
| CsCl | fest | -414,37 | -101,18 | 2 |
| CsClO4 | fest | -306,60 | -175,27 | 1 |
| CsF | gasf. | -373,35 | -243,09 | 2 |
| CsF | fest | -525,39 | -88,28 | 2 |
| CsH | gasf. | 101,67 | -214,43 | 1 |
| CsJ | fest | -333,46 | -129,70 | 1 |
| Cs2 | gasf. | 72,39 | 2 | |
| Cu | gasf. | 298,61 | -166,27 | 1 |
| Cu | gasf. | 299,20 | -166,29 | 2 |
| Cu | flüssig | 8,37 | -36,25 | 2 |
| Cu | fest | 0,00 | -33,15 | 1 |
| Cu | fest | 0,00 | -33,11 | 2 |
| Cu in Hg gesättigt | Lösung | -0,99 | -18,91 | 1 |
| Cu+ | wss.Lsg | 50,00 | -40,58 | 1 |
| Cu2+ | wss.Lsg | 65,52 | 99,58 | 1 |
| CuAl2O4 | fests | -1863,14 | 1 | |
| CuBr | fest | -100,83 | -96,11 | 1 |
| CuCN | fest | 111,29 | -84,52 | 1 |
| CuCNS | fest | 69,87 | 1 | |
| CuCO3, Cu(OH)2 Malachit | fest | -893,70 | -186,19 | 1 |
| Cu(CN)2- | wss.Lsg | 257,73 | 1 | |
| Cu(CNS)2 | wss.Lsg | 229,87 | 1 | |
| Cu(CN)32- | wss.Lsg | 403,76 | 1 | |
| Cu(CN)43- | wss.Lsg | 566,51 | 1 | |
| Cu(CNS)43- | wss.Lsg | 364,01 | -644,34 | 1 |
| CuCl | gasf. | 63,50 | -237,09 | 2 |
| CuCl | fest | -119,87 | -86,19 | 1 |
| CuCl | fest | -120,91 | -87,03 | 2 |
| CuCl2 | fest | -175,73 | -108,07 | 1 |
| CuCl2 | fest | -161,73 | -108,09 | 2 |
| CuCl2 | wss.Lsg | -197,90 | 1 | |
| CuCl2- | wss.Lsg | -240,16 | 1 | |
| CuCl32- | fest | -376,56 | 1 | |
| CuJ | fest | -69,45 | -96,65 | 1 |
| Cu(N3) | fest | 344,76 | -100,42 | 1 |
| Cu(NH3)42+ | wss.Lsg | -111,29 | -273,63 | 1 |
| CuO | gasf. | 216,93 | -234,60 | 2 |
| CuO | fest | -129,70 | -42,63 | 1 |
| CuO | fest | -128,12 | -42,59 | 2 |
| Cu(OH)2 | fest | -372,74 | -108,37 | 2 |
| Cu(OH)2 | wss.Lsg | -249,07 | 120,92 | 1 |
| Cu(OH)3- | wss.Lsg | -495,80 | 1 | |
| Cu(OH)42- | wss.Lsg | -658,14 | 1 | |
| CuS | fest | -53,56 | -66,53 | 1 |
| CuSO4 | fest | -661,91 | -108,78 | 1 |
| CuSO4 | fest | -660,90 | -109,24 | 2 |
| CuSO4 | wss.Lsg | -692,24 | 1 | |
| CuSO4 * 2 H2O | fest | -918,22 | -146,02 | 1 |
| CuSO4 * 3 H2O | fest | -1400,18 | -221,33 | 1 |
| CuSO4 * 5 H2O | fest | -1880,06 | -300,41 | 1 |
| Cu2O | fest | -146,02 | -93,14 | 1 |
| Cu2O | fest | -147,69 | -92,93 | 2 |
| Cu2S alpha | fest | -86,19 | -120,92 | 1 |
298,15 K; 101.325 Pa; reiner Zustand oder 1 mol/l; 1 G (Gibbs) = 1 J/mol