Low-temperature heat-capacity and standard molar enthalpy of formation of copper l-threonate hydrate Cu(C4H6O5)ยท0.5H2O(s) Qing, W.; Chen, S.P.; Gao, S.L.; Tan, Z.C.; Di, Y.Y.; Qi-Zhen, S.; Thermochimica Acta 2006, 441, 132-136
Data
P = 101.325 kPa
T (K) Cp (J mol-1 K-1)
77.950 157.12
93.138 182.28
349.057 625.08
351.278 633.61
353.438 639.41
355.514 652.09
95.007 185.29
96.853 188.44
98.652 191.21
100.437 194.62
102.181 197.16
103.922 200.13
105.629 203.01
107.323 205.34
108.995 207.51
78.769 158.43
110.656 210.17
112.292 213.09
113.914 215.33
115.525 217.99
117.122 220.64
118.705 222.67
120.276 224.56
121.829 227.52
123.374 230.1
124.902 231.86
79.578 159.75
127.773 236.46
132.031 242.38
136.293 248.21
140.390 253.18
144.488 258.87
148.503 263.42
152.437 269.25
156.370 273.65
160.222 278.91
163.992 283.6
81.053 161.91
167.761 289.57
171.531 294.4
175.219 298.81
178.906 303.93
182.512 308.62
186.036 314.59
189.633 319.74
193.173 324.58
196.607 329.37
200.049 333.92
83.228 165.7
203.479 338.93
206.757 344.03
210.139 349.72
213.407 353.68
216.696 358.82
219.869 365.27
223.068 370.33
226.267 374.9
229.388 380.28
232.430 385.56
85.304 168.87
235.446 390.94
238.483 396.17
241.434 401.58
244.302 406.42
247.252 410.96
250.168 415.09
253.070 420.05
255.939 424.32
258.807 430.57
261.593 435.83
87.325 172.05
264.379 439.95
267.248 446.35
269.952 449.9
272.738 455.45
275.443 460.56
278.147 465.27
280.868 471.63
283.457 476.96
286.112 481.85
288.636 486.29
89.303 175.55
291.259 492.12
293.799 496.38
296.176 501.64
298.716 506.76
301.339 511.59
304.731 517.6
308.009 525.08
311.681 533.37
315.352 539.96
318.302 546.62
91.237 178.89
321.219 553.21
324.169 560.99
327.087 567.58
330.185 573.7
333.381 581.34
336.119 586.57
338.865 593.18
341.625 602.58
344.261 609.21
346.732 617.4
27405; copper(II) (2R,3S)-2,3,4-trihydroxybutanoate hydrate; 05322