About the Book
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 137. Chapters: Enthalpy, Entropy, State functions, Temperature, Energy, Density, Mass, Enthalpy of vaporization, Pressure, Boiling point, Vapor pressure, Absolute zero, Melting point, Standard enthalpy change of combustion, Thermodynamic free energy, Standard enthalpy of formation, Volumetric heat capacity, Thermodynamic temperature, Altitude, Antenna noise temperature, Curie temperature, Room temperature, Thermoception, Exergy, Glass transition, Gibbs free energy, Thermal comfort, Chemical potential, Internal energy, Normal human body temperature, Helmholtz free energy, Heat of combustion, Heat capacities of the elements, Heats of fusion of the elements, Activity, Standard enthalpy change of formation, Scale of temperature, Heats of vaporization of the elements, Benson group increment theory, Negative temperature, Gibbs paradox, International Temperature Scale of 1990, Operating temperature, Fugacity, Critical points of the elements, Enthalpy of fusion, Standard Gibbs function of formation, Enthalpy-entropy chart, Recurrence period density entropy, Volume entropy, Thermophobia, Atmospheric temperature range, Thermowell, Particle number, Enthalpy change of solution, Vapour pressure of water, Hypsometric equation, Absolute hot, Mean radiant temperature, Isenthalpic process, Entropy rate, Viehland-Mason theory, Dudley's theorem, Oven temperatures, ISO 1, Schottky anomaly, Bubble point, Enthalpy of atomization, Orders of magnitude, N el temperature, Felt air temperature, Monster, Maximum entropy spectral estimation, Enthalpy of neutralization, Lambda point, Standard enthalpy of reaction, Entropy of vaporization, Bell-Evans-Polanyi principle, Permissive temperature, Saturated fluid, Bancroft point, Entropy of fusion, Hardening, Mean kinetic temperature, Excitation temperature, Softening point, Airport reference temperature, Enthalpy ...
