Page 25 - Mechanical Engineers' Handbook (Volume 4)

1000 1.889 6.120 1.234 0.0682 0.410 0.743 N s/m 2
1567

950 1.795 6.055 1.220 0.0650 0.396 0.743 0.0000151
1506
is
900 1.701 5.990 1.205 0.0618 0.381 0.742 viscosity
1445

850 1.606 5.922 1.187 0.0585 0.366 0.742 gas the
1386 K 300

800 1.512 5.850 1.168 0.0551 0.350 0.742 (at
1327 viscosity

750 1.417 5.775 1.148 0.0517 0.334 0.742
1269

700 1.332 5.697 1.126 0.0481 0.317 0.742 conductivity;
1212
(K) thermal
T 650 1.228 5.615 1.102 0.0445 0.299 0.742
Pressure a 1.133 1156 5.527 1.075 0.0407 0.281 0.742

Bar 600 1102 pressure;
1
at 550 1.039 5.435 1.046 0.0364 0.261 0.750 constant
Dioxide 1049 at heat

Carbon 500 0.9439 997.0 5.337 1.014 0.0325 0.242 0.755 specific

Gaseous 450 0.8494 947.1 5.231 0.980 0.0283 0.220 0.762 c p

of 400 0.7543 5.118 0.941 0.0243 0.198 0.767 entropy;
Properties 350 0.6595 899.1 853.1 4.996 0.898 0.0204 0.175 0.770 s enthalpy; number.

Thermophysical 300 0.5639 809.3 4.860 0.852 0.0166 0.151 0.778 h volume; Prandtl Pr

8 (m 3 /kg) (kJ/kg K) (kJ/kg K) (W/m K) Pa s) specific Pa s);
Table v (kJ/kg) h s c p (l0 4 Pr a v 0.0000151

14