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)
1.922 0.0055943
4.924 0.10186
5.466 0.1404
6.063 0.19736
6.726 0.27705
7.460 0.38824
8.276 0.54722
9.181 0.7649
10.198 1.0635
11.288 1.4557
12.524 1.9775
2.139 0.0077365
13.899 2.6517
15.426 3.4861
17.113 4.5359
18.997 5.8168
21.084 7.3344
23.404 9.1373
25.976 11.239
28.852 13.71
32.017 16.53
35.544 19.783
2.374 0.01068
39.447 23.425
43.772 27.595
48.575 32.083
53.909 37.132
59.823 42.744
66.392 48.785
73.696 55.267
81.804 62.47
90.788 69.453
100.731 76.613
2.635 0.0145
110.856 84.59
120.917 91.94
130.994 98.863
141.061 105.29
151.179 112.01
161.271 118.23
171.366 124.62
181.440 131.13
191.515 137.32
201.627 143.25
2.930 0.020276
211.723 149.26
221.812 156.12
231.887 162.24
241.893 168.66
252.046 175.66
262.129 182.23
272.132 189.16
282.208 195.78
292.342 202.53
302.384 210.13
3.250 0.027918
3.603 0.038083
4.000 0.052648
4.437 0.071926
5128; xylitol; 00390