文档介绍：Source: HANDBOOK OF CHEMICAL ENGINEERING CALCULATIONS
SECTION 1
PHYSICAL AND CHEMICAL
PROPERTIES
Avinash Gupta, .
Senior Principal Chemical Engineer
Chevron Lummus Global
Bloomfield, NJ
MOLAR GAS CONSTANT EQUATIONS AND LIQUID-LIQUID
ESTIMATION OF CRITICAL EQUILIBRIUM DATA
TEMPERATURE FROM EMPIRICAL ACTIVITY-COEFFICIENT-CORRELATION
CORRELATION EQUATIONS AND VAPOR-LIQUID
CRITICAL PROPERTIES FROM EQUILIBRIUM DATA
GROUP-CONTRIBUTION METHOD CONVERGENCE-PRESSURE
REDLICH-KWONG EQUATION VAPOR-LIQUID EQUILIBRIUM K
OF STATE VALUES
P-V-T PROPERTIES OF A GAS HEAT OF FORMATION FROM
MIXTURE ELEMENTS
DENSITY OF A GAS MIXTURE STANDARD HEAT OF REACTION,
ESTIMATION OF LIQUID STANDARD FREE-ENERGY CHANGE,
AND EQUILIBRIUM CONSTANT
DENSITY
STANDARD HEAT OF REACTION FROM
ESTIMATION OF IDEAL-GAS HEAT HEAT OF FORMATION—AQUEOUS
CAPACITY
SOLUTIONS
HEAT CAPACITY OF REAL GASES STANDARD HEAT OF REACTION FROM
LIQUID HEAT CAPACITY— HEAT BUSTION
GENERALIZED CORRELATION
STANDARD HEAT OF FORMATION
ENTHALPY DIFFERENCE FOR IDEAL FROM HEAT BUSTION
GAS HEAT OF ABSORPTION FROM
ESTIMATION OF HEAT OF SOLUBILITY DATA
VAPORIZATION ESTIMATION OF LIQUID VISCOSITY
PREDICTION OF VAPOR AT HIGH TEMPERATURES
PRESSURE VISCOSITY OF NONPOLAR AND
ENTHALPY ESTIMATION— POLAR GASES AT HIGH
GENERALIZED METHOD PRESSURE
ENTROPY INVOLVING A PHASE THERMAL CONDUCTIVITY OF
CHANGE GASES
ABSOLUTE ENTROPY FROM HEAT THERMAL CONDUCTIVITY OF
CAPACITIES LIQUIDS
EXPANSION UNDER ISENTROPIC DIFFUSION COEFFICIENTS FOR
CONDITIONS BINARY GAS SYSTEMS AT LOW
CALCULATION OF FUGACITIES PRESSURES
ACTIVITY COEFFICIENTS FROM ESTIMATION OF SURFACE TENSIO