Page 15 - Mechanical Engineers' Handbook (Volume 4)

4 Thermophysical Properties of Fluids

FIGURE 4 COMPRESSIBILITY TABLE 22 RATIO OF PRINCIPAL
FACTOR OF SPECIFIC HEATS,
REFRIGERANT 134a 24 c p /c v , FOR LIQUIDS
AND GASES AT
FIGURE 5 ENTHALPY–LOG ATMOSPHERIC
PRESSURE PRESSURE 37
DIAGRAM FOR
REFRIGERANT 134a 25 TABLE 23 SURFACE TENSION
(N/m) OF LIQUIDS 38
TABLE 16 THERMODYNAMIC
PROPERTIES OF TABLE 24 THERMAL
SATURATED SODIUM 26 CONDUCTIVITY
(W/m K) OF
TABLE 17 THERMODYNAMIC SATURATED LIQUIDS 39
PROPERTIES OF
ICE/WATER 27 TABLE 25 VISCOSITY (10 4 Pa s)
OF SATURATED
TABLE 18 THERMODYNAMIC LIQUIDS 40
PROPERTIES OF
SATURATED TABLE 26 THERMOCHEMICAL
STEAM/WATER 28 PROPERTIES AT
1.013 BAR, 298.15 K 41
TABLE 19 THERMOPHYSICAL
PROPERTIES OF TABLE 27 IDEAL GAS SENSIBLE
MISCELLANEOUS ENTHALPIES
SUBSTANCES AT (kJ/kg mol) OF
ATMOSPHERIC COMMON PRODUCTS
PRESSURE 30 OF COMBUSTION 43
TABLE 20 PHYSICAL FIGURE 6 PSYCHROMETRIC
PROPERTIES CHART 45
OF NUMBERED
REFRIGERANTS 32
TABLE 21 SPECIFIC HEAT
(kJ/kg K) AT CONSTANT
PRESSURE OF
SATURATED LIQUIDS 36

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In this chapter, information is usually presented in the System International des Unites, called
in English the International System of Units and abbreviated SI. Various tables of conversion
factors from other unit systems into the SI system and vice versa are available. The following
table is intended to enable rapid conversion to be made with moderate, that is, five significant
figure, accuracy, usually acceptable in most engineering calculations. The references listed
should be consulted for more exact conversions and definitions.