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Thermodynamic Functions Enthalpies of Phase Changes, Cohesive Energies, and Heat Capacities Exothermic process Describes processes that release heat energy Frequency-dependent energy diffusion, heat From Bond Energies to Heats of Reaction Generation of Heat Energy Gibbs energy from heat capacity Gibbs energy heat capacities Heat A form of energy that flows between Heat A form of energy that flows between two samples Heat Capacity and Free Energy Heat Energy Transfer under Vacuum Conditions Heat Exchanger Network Energy Targets - Summary Heat Exchanger Network and Utilities Energy Targets Heat Exchanger Network and Utilities Energy Targets—Summary Heat Exchanger Networks - Energy Targets Heat Exchangers and Energy Management Heat Gibbs energy function Heat and Other Forms of Energy Heat and Work Two Forms of Energy Transfer Heat and energy transport Heat and energy transport in membranes Heat capacity free energy change Heat energy Heat energy Heat energy balance Heat energy combustion reactions Heat energy endothermic reactions Heat energy exothermic reactions Heat energy, value Heat energy, value INDEX Heat exchange, energy recovery Heat of formation and strain energy Heat of formation bond energies Heat of fusion The energy required to melt Heat term energy balance Heat transfer energy diffusion Heat transfer protein vibrational energy Heat, and free energy Heat, as a form of energy Heat, electrical energy converted Heat, free energy liberated Heat-exchanger network synthesis energy integration Heating Efficiency by Energy Absorption Heating and Cooling Energy Heating energy demand Heats and Free energies of formation Heats of adsorption and activation energies Helmholtz free energy from heat capacity Internal Energy and Specific Heats Internal energy and heat Internal energy and specific heat of an isolated polymer chain Internal energy heat, and work Kinetic energy heat definition Kinetic energy heat versus temperature Liquid heat-energy graph Local Heating and Energy Analysis of the FRRPP Process Molar heat of fusion The energy required Molar heat of vaporization The energy Potential energy and heat of combustion Potential energy and heat of hydrogenation Process energy integration/heat Product energy distribution heat bath Quantum energy flow heat transfer in clusters and Radiant heat energy Radiation heat transfer energy density Reaction heat term energy balance Reaction, heat free energy Regulation of Energy Flow and Heat Production Skill 11.1b-Discuss how the transfer of energy as heat is related to changes in temperature Skill 11.1e-Explain how chemical energy in fuel is transformed into heat Skill 13.1 Differentiating among forms of energy , heat, chemical, nuclear) Solar energy water heating Solid heat-energy graph Surface free energy of heat-treated silicas Temperature, heat, work, energy, and enthalpy The First Law Interrelates Heat, Work, and Energy The Heat and Free Energy of Mixing The Heating Energy Demand Thermal energy fluid heat exchangers Thermal energy heat engines Total reaction heat energy Transferring Energy Work and Heat Transformation of microwave energy into heat Translational energy heat capacity Vapor degreasing heat energy Wind energy heat flow rate Work and heat The conservation of energy Zero-Point and Heat Content Energies