Table 3. Compressed Water and Superheated Steam
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1 Table 3. Compressed Water and Superheated Steam 0.01 MPa (t s = C) 0.02 MPa (t s = C) 0.03 MPa (t s = C) t s(l) t s(l) t s(v) t s(v) * *Values in italics indicate points where the thermodynamic equilibrium state would be a solid; the computed values are for the metastable liquid. 16
2 0.01 MPa (t s = C) 0.02 MPa (t s = C) 0.03 MPa (t s = C)
3 0.04 MPa (t s = C) 0.05 MPa (t s = C) 0.06 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
4 0.04 MPa (t s = C) 0.05 MPa (t s = C) 0.06 MPa (t s = C)
5 0.07 MPa (t s = C) 0.08 MPa (t s = C) 0.09 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
6 0.07 MPa (t s = C) 0.08 MPa (t s = C) 0.09 MPa (t s = C)
7 0.10 MPa (t s = C) 0.11 MPa (t s = C) 0.12 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
8 0.10 MPa (t s = C) 0.11 MPa (t s = C) 0.12 MPa (t s = C)
9 0.13 MPa (t s = C) 0.14 MPa (t s = C) 0.15 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
10 0.13 MPa (t s = C) 0.14 MPa (t s = C) 0.15 MPa (t s = C)
11 0.16 MPa (t s = C) 0.18 MPa (t s = C) 0.20 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
12 0.16 MPa (t s = C) 0.18 MPa (t s = C) 0.20 MPa (t s = C)
13 0.22 MPa (t s = C) 0.24 MPa (t s = C) 0.26 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
14 0.22 MPa (t s = C) 0.24 MPa (t s = C) 0.26 MPa (t s = C)
15 0.28 MPa (t s = C) 0.30 MPa (t s = C) 0.35 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
16 0.28 MPa (t s = C) 0.30 MPa (t s = C) 0.35 MPa (t s = C)
17 0.40 MPa (t s = C) 0.45 MPa (t s = C) 0.50 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
18 0.40 MPa (t s = C) 0.45 MPa (t s = C) 0.50 MPa (t s = C)
19 0.55 MPa (t s = C) 0.60 MPa (t s = C) 0.65 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
20 0.55 MPa (t s = C) 0.60 MPa (t s = C) 0.65 MPa (t s = C)
21 0.70 MPa (t s = C) 0.75 MPa (t s = C) 0.80 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
22 0.70 MPa (t s = C) 0.75 MPa (t s = C) 0.80 MPa (t s = C)
23 0.9 MPa (t s = C) 1.0 MPa (t s = C) 1.1 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
24 0.9 MPa (t s = C) 1.0 MPa (t s = C) 1.1 MPa (t s = C)
25 1.2 MPa (t s = C) 1.3 MPa (t s = C) 1.4 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
26 1.2 MPa (t s = C) 1.3 MPa (t s = C) 1.4 MPa (t s = C)
27 1.5 MPa (t s = C) 1.6 MPa (t s = C) 1.8 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
28 1.5 MPa (t s = C) 1.6 MPa (t s = C) 1.8 MPa (t s = C)
29 2.0 MPa (t s = C) 2.2 MPa (t s = C) 2.5 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
30 2.0 MPa (t s = C) 2.2 MPa (t s = C) 2.5 MPa (t s = C)
31 3.0 MPa (t s = C) 3.5 MPa (t s = C) 4.0 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
32 3.0 MPa (t s = C) 3.5 MPa (t s = C) 4.0 MPa (t s = C)
33 4.5 MPa (t s = C) 5.0 MPa (t s = C) 5.5 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
34 4.5 MPa (t s = C) 5.0 MPa (t s = C) 5.5 MPa (t s = C)
35 6.0 MPa (t s = C) 6.5 MPa (t s = C) 7.0 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
36 6.0 MPa (t s = C) 6.5 MPa (t s = C) 7.0 MPa (t s = C)
37 7.5 MPa (t s = C) 8.0 MPa (t s = C) 9.0 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
38 7.5 MPa (t s = C) 8.0 MPa (t s = C) 9.0 MPa (t s = C)
39 10 MPa (t s = C) 11 MPa (t s = C) 12 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
40 10 MPa (t s = C) 11 MPa (t s = C) 12 MPa (t s = C)
41 13 MPa (t s = C) 14 MPa (t s = C) 15 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
42 13 MPa (t s = C) 14 MPa (t s = C) 15 MPa (t s = C)
43 16 MPa (t s = C) 17 MPa (t s = C) 18 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
44 16 MPa (t s = C) 17 MPa (t s = C) 18 MPa (t s = C)
45 19 MPa (t s = C) 20 MPa (t s = C) 22 MPa (t s = C) t s(l) t s(l) t s(v) t s(v)
46 19 MPa (t s = C) 20 MPa (t s = C) 22 MPa (t s = C)
47 25 MPa 30 MPa 35 MPa
48 25 MPa 30 MPa 35 MPa
49 40 MPa 45 MPa 50 MPa
50 40 MPa 45 MPa 50 MPa
51 60 MPa 70 MPa 80 MPa
52 60 MPa 70 MPa 80 MPa
53 90 MPa 100 MPa 120 MPa
54 90 MPa 100 MPa 120 MPa
55 140 MPa 160 MPa 180 MPa
56 140 MPa 160 MPa 180 MPa
57 200 MPa 250 MPa 300 MPa
58 350 MPa 400 MPa 450 MPa
59 500 MPa 600 MPa 700 MPa
60 800 MPa 900 MPa 1000 MPa
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