Thermodynamic Properties of 1-Butyl-3-methylimidazolium Hexafluorophosphate in the Condensed State Kabo, G.J.; Blokhin, A.V.; Paulechka, Y.U.; Kabo, A.G.; Shymanovich, M.P.; Magee, J.W.; Journal of Chemical & Engineering Data 2004, 49, 453-461
Data
T (K) Cpsat (J mol-1 K-1)
5.13 1.065
7.92 3.848
165.46 220.6
168.07 223.6
170.71 226.4
173.34 229.6
175.93 232.7
178.50 235.4
181.04 238.3
183.56 241.2
186.06 244.3
188.53 247.2
8.28 4.395
190.98 249.9
193.42 252.8
194.81 254.5
197.49 257.7
200.29 260.8
203.07 264.4
205.82 267.4
208.72 270.5
211.76 274.3
214.78 277.7
8.66 4.99
217.77 280.9
220.73 284.4
223.67 287.4
226.59 290.7
229.55 293.6
232.58 297.2
235.59 300.4
238.56 303.6
241.58 307.1
244.65 310.8
9.07 5.739
247.69 313.5
250.71 316.9
253.70 320.9
256.67 323.9
259.68 327.4
262.73 331.8
265.76 335.3
268.75 342.0
9.49 6.479
9.92 7.352
10.35 8.195
10.75 9.005
11.18 10.04
11.74 11.29
5.41 1.231
12.32 12.57
12.92 14.08
13.56 15.72
14.20 17.26
14.85 19.06
15.51 20.76
16.24 22.77
17.00 24.84
17.78 26.97
18.66 29.5
5.67 1.405
19.54 32.1
20.45 34.73
21.38 37.23
22.32 39.8
23.31 42.57
24.37 45.56
25.51 48.5
26.64 51.23
27.83 54.25
29.06 57.36
5.97 1.625
30.21 60.16
31.51 63.15
32.97 66.37
34.47 69.5
36.07 72.74
37.71 76.12
39.38 79.31
41.07 82.46
42.76 85.47
44.47 88.38
6.29 1.927
46.22 91.38
48.00 93.87
49.81 96.36
51.62 99.36
53.48 101.9
55.49 104.4
57.62 106.9
59.71 109.9
61.89 112.3
64.13 115.1
6.60 2.264
66.36 118.1
68.68 120.7
71.13 123.1
73.64 125.8
76.05 128.6
78.39 130.8
80.75 133.5
83.19 136.0
85.74 138.7
88.31 141.4
6.91 2.566
90.82 143.8
93.26 146.3
95.87 149.1
98.65 151.7
100.28 153.6
101.35 154.9
102.77 156.1
105.21 158.5
107.60 160.8
110.13 163.1
7.23 2.994
112.77 165.8
115.37 168.1
117.92 170.7
120.60 173.4
123.41 176.3
126.17 178.9
128.89 181.8
131.56 184.6
134.28 187.2
137.03 190.2
7.58 3.435
139.75 193.0
142.43 195.6
145.07 198.5
147.68 201.1
150.26 204.1
152.80 206.7
155.32 209.6
157.81 212.4
160.34 214.8
162.92 217.8
1383; 1-butyl-3-methylimidazolium hexafluorophosphate; 00481