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)
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