CH2OH
SOURCE: The polynomial coefficients were provided by Martin J. Rabinowitz of
NASA Lewis Research Center (marty@lerc.nasa.gov)
[The enthalpy of formation at 298 K is from
Seetula, J.A., and Gutman, D. (1992) J. Phys. Chem. 96, 5401;
Dobe, S. (1992) Z. Phys. Chem. 175, 123; and
Traeger, J.C., and Holmes, J.L. (1993) J. Phys. Chem. 97, 3453.]
_____________________________________________
T Cp S delta-Hf
_____ ________________ ________
K cal/mol K kcal/mol
_____________________________________________
200 10.22 53.97 -3.07
298 11.56 58.29 -3.50
300 11.59 58.37 -3.50
400 12.91 61.88 -3.92
500 14.13 64.90 -4.30
600 15.23 67.57 -4.64
700 16.20 70.00 -4.93
800 17.04 72.22 -5.18
900 17.79 74.27 -5.40
1000 18.50 76.18 -5.58
1100 19.11 77.97 -5.73
1200 19.66 79.66 -5.86
1300 20.14 81.25 -5.96
1400 20.58 82.76 -6.05
1500 20.97 84.19 -6.12
1600 21.31 85.56 -6.18
1700 21.61 86.86 -6.24
1800 21.88 88.10 -6.29
1900 22.12 89.29 -6.34
2000 22.34 90.43 -6.39
2100 22.53 91.53 -6.44
2200 22.70 92.58 -6.49
2300 22.85 93.59 -6.54
2400 22.99 94.57 -6.59
2500 23.11 95.51 -6.65
2600 23.23 96.42 -6.71
2700 23.33 97.29 -6.78
2800 23.42 98.14 -6.85
2900 23.51 98.97 -6.92
3000 23.59 99.77 -7.00
[ the thermo data file ]