Page 249 - The Mechatronics Handbook

0066_frame_C12 Page 17 Wednesday, January 9, 2002 4:22 PM
s(kJ/kg · K) 7.7158 7.7564 7.9644 8.1519 8.3237 s(kJ/kg · K) 0.2956 1.0720 1.7343 2.3255 2.9202

h(kJ/kg) p = 0.35 bar = 0.035 MPa (T sat = 72.69°C) 2631.4 2645.6 2723.1 2800.6 2878.4 h(kJ/kg) p = 50 bar = 5.0 MPa (T sat = 263.99°C) 88.65 338.85 592.15 853.9 1154.2

u(kJ/kg) 2473.0 2483.7 2542.4 2601.2 2660.4 u(kJ/kg) 83.65 333.72 586.76 848.1 1147.8

Properties of Superheated Water Vapor v(m 3 /kg) s(kJ/kg · K) 4.526 8.3304 4.625 8.5804 5.163 8.7840 5.696 8.9693 6.228 9.1398 Properties of Compressed Liquid Water v × 10 3 (m 3 /kg) s(kJ/kg · K) 0.9995 0.2961 1.0268 1.0737 1.0

(c) h(kJ/kg) p = 0.06 bar = 0.006 MPa (T sat 36.16°C) 2567.4 2650.1 2726.0 2802.5 2879.7 (d) h(kJ/kg) p = 25 bar = 2.5 MPa (T sat 223.99°C) 86.30 336.86 590.52 852.8 962.1 Keenan, J.H., Keyes, F.G., Hill, P.G., and Moore, J.G. 1969

u(kJ/kg) 2425.0 2487.3 2544.7 2602.7 2661.4 u(kJ/kg) 83.80 334.29 587.82 849.9 959.1

v(m 3 /kg) 23.739 27.132 30.219 33.302 36.383 v × 10 3 (m 3 /kg) 1.0006 1.0280 1.0784 1.1555 1.1973

Source: ©2002 CRC Press LLC
T(°C) Sat. 80 120 160 200 T(°C) 20 80 140 200 Sat.