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)
1.937 0.0047873
4.836 0.07292
5.366 0.10167
5.953 0.14429
6.605 0.20498
7.334 0.29639
8.140 0.43005
9.034 0.6226
10.109 0.9222
11.209 1.3134
12.443 1.8486
2.125 0.0062431
13.812 2.5578
15.354 3.4729
17.029 4.645
18.914 6.0933
21.008 7.8227
23.330 9.8781
25.911 12.277
28.725 15.018
31.899 18.17
35.416 21.719
2.350 0.0083034
39.333 25.676
43.649 29.963
48.457 34.515
53.771 39.564
59.697 45.097
66.279 51.009
73.584 57.164
81.675 64.036
90.669 70.995
100.638 77.785
2.600 0.011049
110.771 85.203
120.770 92.616
130.789 99.376
140.947 105.44
151.074 111.74
161.177 117.79
171.297 123.63
181.378 129.86
191.477 135.82
201.592 141.2
2.887 0.014949
211.703 147.25
221.795 153.65
231.882 159.8
241.884 165.73
252.022 171.93
262.085 178.58
272.101 184.8
282.160 190.77
292.305 197.61
302.322 203.84
3.199 0.020228
3.546 0.027528
3.931 0.037442
4.359 0.051845
46492; D-arabitol; 02626