Properties of refrigerant R134a

Saturated line: on line calculation: on temperature   on pressure | references on Mathcad 15 functions: R134aPST(T)  R134aTSP(p)  R134aDSLT(T)  R134aDSVT(T)  R134aHSLT(T)  R134aHSVT(T)   R134aSSLT(T)  R134aSSVT(T)   R134aCpSLT(T)   R134aCpSVT(T)  R134aCvSLT(T)   R134aCvSVT(T)   R134aDYNVISSLT(T)   R134aDYNVISSVT(T)   R134aPrSLT(T)   R134aPrSVT(T)  R134aSURFTENST(T)   R134aTHERMCONDSLT(T)   R134aTHERMCONDSVT(T)   R134aWSLT(T)   R134aWSVT(T)

Single-phase region:

• Temperature as function of pressure and specific entropy: on line calculation | reference on Mathcad 15 function R134aTPS(p, s)
• Specific enthalpy as function of pressure and temperature: on-line calculation | reference on Mathcad 15 function R134aHPT(p, T)
• Specific entropy as function of pressure and temperature: on-line calculation | reference on Mathcad 15 function R134aSPT(p, T)
• Temperature as function of pressure and specific enthalpy: on-line calculation | reference on Mathcad 15 function R134aTPH(T, h)
• Pressure as function of temperature and specific enthalpy: on-line calculation | reference on Mathcad 15 function R134aPTH(T, h) (in construction)
• Pressure as function of temperature and specific entropy: on-line calculation | reference on Mathcad 15 function R134aPTS(p, s)
• Specific enthalpy as function of pressure and specific entropy: on-line calculation  | reference on Mathcad 15 function R134aHPS(p, s)
• Specific entropy as function of pressure and specific enthalpy: on-line calculation  | reference on Mathcad 15 function R134aSPH(p, h)

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