(BQ) Part 1 book "Thermodynamics" has contents: Introduction and basic concepts; energy, energy transfer, and general energy analysis; properties of pure substances; energy analysis of closed systems; mass and energy analysis of control volumes; the second law of thermodynamics;. and other contents. | V ^cr W R V 0 V V Vavg W w w wm w out Wrev X X X •^dest -^fdest -^dest y z z Z* z, Specific volume, m3/kg Critical specific volume, m3/kg Relative specific volume Pseudoreduced specific volume Total volume, m3 Volume flow rate, m3/s Voltage, V Velocity, m/s Average velocity Work per unit mass, kJ/kg Total work, kJ Power, kW Work input, kJ Work output, kJ Reversible work, kJ Quality Specific exergy, kJ/kg Total exergy, kJ Specific exergy destruction, kJ/kg Total exergy destruction, kJ Rate of total exergy destruction, kW Mole fraction Elevation, m Compressibility factor Enthalpy departure factor Entropy departure factor Greek Letters a a P A e Vth Vu e Mjt f1 V P a an Vs 4 > Absorptivity Isothermal compressibility, 1/kPa Volume expansivity, 1/K Finite change in quantity Emissivity; effectiveness Thermal efficiency Second-law efficiency Total energy of a flowing fluid, kJ/kg Joule-Thomson coefficient, K/kPa Chemical potential, kJ/kg Stoichiometric coefficient Density, kg/m3 Stefan-Boltzmann constant Normal stress, N/m2 Surface tension, N/m Relative humidity < J) < A O ) Specific closed system exergy, kJ/kg Total closed system exergy, kJ Stream exergy, kJ/kg Specific or absolute humidity, kg H20 /k g dry air subscripts a abs act atm avg c cr CV e f fg g gen H i i L m r R rev s sat surr sys V 0 1 2 Air Absolute Actual Atmospheric Average Combustion; cross-section Critical point Control volume Exit conditions Saturated liquid Difference in property between saturated and saturated vapor Saturated vapor Generation High temperature (as in TH and QH) Inlet conditions ith component Low temperature (as in TL and QL) Mixture Relative Reduced Reversible Isentropic Saturated Surroundings System Water vapor Dead state Initial or inlet state Final or exit state Superscripts (over dot) (over bar) 0 (circle) * (asterisk) Quantity per unit time Quantity per unit mole Standard reference state Quantity at 1 atm pressure THERMODYNAMICS AN E N G IN E E R IN G APPRO .
