Heat capacities of some sugar alcohols as phase change materials for thermal energy storage applications Jia, R.; Sun, K.; Li, R.; Zhang, Y.; Wang, W.; Yin, H.; Fang, D.; Shi, Q.; Tan, Z.; The Journal of Chemical Thermodynamics 2017, 115, 233-248
Data
P = 101.325 kPa
T (K) Cp (J mol-1 K-1)
1.926 0.0096092
4.872 0.15616
5.405 0.21819
5.998 0.30557
6.654 0.42727
7.388 0.59917
8.198 0.83473
9.101 1.1498
10.153 1.591
11.247 2.1312
12.479 2.8268
2.127 0.012922
13.854 3.6742
15.391 4.7139
17.073 5.9453
18.956 7.3931
21.044 8.992
23.367 10.83
25.950 12.774
28.808 14.981
31.995 17.421
35.498 20.133
2.354 0.017575
39.371 23.305
43.706 26.656
48.503 30.264
53.844 34.363
59.749 39.028
66.317 44.212
73.640 49.902
81.732 56.703
90.712 63.717
100.657 71.122
2.610 0.022813
110.793 79.628
120.832 87.979
130.894 95.771
141.016 103.28
151.122 110.61
161.242 117.92
171.288 125.13
181.386 132.46
191.476 139.61
201.579 146.36
2.904 0.031479
211.702 153.74
221.789 161.31
231.876 168.69
241.957 176.25
251.985 183.44
262.105 191.23
272.171 198.87
282.183 206.06
292.293 213.34
302.401 220.86
3.219 0.042815
3.569 0.058603
3.959 0.080719
4.391 0.11206
4386; cis-1,2,3,5-trans-4,6-cyclohexanehexol; 01193