Chemical Thermodynamics of Tin - Volume 12 - OECD Nuclear ...

A Discussion of selected references
347
T/K
ο
p,m
C / T/K
–1
J·mol
–1·K
Table A-31 (continued)
ο
p,m
C / T/K
–1
J·mol
–1·K
ο
p,m
C / T/K
–1
J·mol
–1·K
ο
p,m
C /
–1
J·mol
–1·K
36.72 32.23 279.62 157.99 217.42 162.79 256.85 150.93
38.46 34.22 281.96 158.89 217.63 168.80 259.25 151.75
40.42 36.38 284.31 159.85 217.82 210.90 261.64 152.56
42.24 38.41 286.63 161.09 217.94 251.25 264.03 153.15
43.96 40.27 288.94 161.89 218.07 181.05 266.41 153.80
45.76 42.22 291.25 162.66 218.27 166.20 268.78 154.43
47.65 44.28 293.54 163.74 218.48 159.55
49.45 46.09 218.69 156.92 135.79 104.01
51.32 48.15 203.38 137.71 218.91 154.88 137.51 105.03
53.27 50.04 205.49 138.92 219.13 153.97 140.32 106.56
55.14 51.79 208.62 140.90 219.35 151.86
56.93 53.48 211.93 143.44 219.57 151.45 135.91 104.61
58.84 55.39 213.7628 145.70 219.79 150.00 138.07 105.70
61.20 57.61 214.6714 146.95 220.01 149.15 140.22 106.84
63.79 60.00 215.2727 148.32 220.31 149.20 141.81 107.46
66.26 62.11 215.8690 149.66 220.72 148.04 143.40 108.10
68.64 64.08 215.4597 152.27 221.25 147.51 144.73 108.67
70.94 65.91 217.0417 156.35 221.90 146.91 145.73 107.83
73.18 67.62 217.5987 171.73 222.78 146.11 146.84 109.67
75.35 69.36 218.0552 171.79 224.02 145.59 147.89 110.12
77.46 71.00 219.1017 153.29 225.44 145.24 148.95 110.49
219.500 150.8 226.86 145.01 150.00 111.02
129.95 102.15 220.100 149.11 228.29 144.93 151.30 111.20
131.91 103.03 220.650 148.21 152.85 112.15
133.86 104.01 221.4777 147.00 142.42 107.62 155.13 112.66
136.14 105.01 222.0787 146.64 144.81 108.68 156.12 115.60
138.39 105.73 222.6813 146.06 147.18 109.94 165.84 119.63
[1974MIL]
A good review and critical evaluation of the experimental data on thermodynamic
properties of tin sulfides to 1974. Properties include: structure, melting and transition
quantities, standard entropy, standard enthalpy of formation, heat capacity, dissociation
energy, dissociation pressure and vapour pressure. Auxiliary data used in deriving
standard properties from measurements at other temperatures are explicitly stated (i.e.,
heat capacity, entropy, enthalpy of fusion and transition of pertinent elements).
CHEMICAL THERMODYNAMICS OF TIN, ISBN 978-92-64-99206-1, © OECD 2012