Web-version of the reference book

Thermophysical properties of thermal power engineering working substances

Alexandrov A.A., Orlov K.A., Ochkov V.F.

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Functions defined for all regions, described in IAPWS-IF97 (Remark. Without link - in constraction):

• Function wspHPT(p,T): Specific enthalpy (H) water and steam as function of pressure (p) and temperature (T) Mathcad 14/15 | Mathcad Prime
• Function wspSPT(p,T): Specific entropy (S) water and steam as function of pressure (p) and temperature (T) Mathcad 14/15 | Mathcad Prime
• Function wspVPT(p,T): Specific volume (V) water and steam as function of pressure (p) and temperature (T) Mathcad 14/15 | Mathcad Prime
• Function wspDPT(p,T): Density (D) water and steam as function of pressure (p) and temperature (T) Mathcad 14/15 | Mathcad Prime
• Function wspTPS(p,s): Temperature (T) water and steam as function of pressure (p) and specific entropy (s) Mathcad 14/15 | Mathcad Prime
• Function wspTPH(p,h): Temperature (T) water and steam as function of pressure (p) and specific enthalpy (h) Mathcad 14/15 | Mathcad Prime
• Function wspHSWT(T): Specific enthalpy (H) at saturated line (S) of water (W) as function temperature (T) Mathcad 14/15 | Mathcad Prime | SMath
• Function wspHSST(T): Specific enthalpy (H) at saturated line (S) of steam (S) as function temperature (T) Mathcad 14/15 | Mathcad Prime | SMath
• Function wspSSWT(T): Specific entropy (S) at saturated line (S) of water (W) as function temperature (T) Mathcad 14/15 | Mathcad Prime | SMath
• Function wspSSST(T): Specific entropy (S) at saturated line (S) of  steam (S) as function temperature (T) Mathcad 14/15 | Mathcad Prime | SMath

How to work with this function >>>

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