Physical Chemistry • History of Chemistry • The Philosopher’s Stone and the Rise of Alchemy • The Vitalism Debate and Organic Chemistry • The Modern Definition of Chemistry • Branches of Description Thermodynamic Equilibrium: Laws of Thermodynamics • System Models • Thermodynamic State Variables • Axiomatics • Scope of Thermodynamics • First Law of Thermodynamics • Evidence for the First Law of Thermodynamics • Spatially Inhomogeneous Systems Equipartition Theorem: Rotational Energy and Molecular Tumbling in Solution • Specific Heat Capacity of Solids • Quadratic Energies and the Partition Function • The Microcanonical Ensemble • Van Der Waals Equation • Work (Thermodynamics) • Enthalpy • Difference Between Enthalpy and Internal Energy • Differential Scanning Calorimetry Thermodynamic Equations: Introduction • Gibbs–Duhem Relationship • Joule–Thomson Effect • Proof that Enthalpy Remains Constant in a Joule–Thomson Process • Joule-Thomson Expansion • Ideal Gas Law • Equation • Deviations From Real Gases • Derivations • Curve Fitting • Different Types of Curve Fitting • Error Analysis • Carnot Heat Engine
Second Law of Thermodynamics: Corollaries • Derivation from Statistical Mechanics • Derivation for Systems Described by the Canonical Ensemble • Consequences and Applications • Entropy Balance Equation for Open Systems • Approaches to Understanding Entropy • Entropy Changes in an Ideal Gas Quantum Phase Transition: Arrhenius Equation • Spontaneous Process • Entropy of Mixing • Solutions and Temperature Dependence of Miscibility • Other Types of Mixing Thermodynamic Potential: The Equations of State • Equation of State • Classical Ideal Gas Law • Peng-Robinson-Stryjek-Vera Equations of State • Non-cubic Equations of State • Multiparameter Equations of State • Other Equations of State of Interest...
AUTOR: Butler, Keagan
EDITORA: Auris Reference
DISPONIBILIDADE DO PRODUTO: Sob Encomenda - Até 40 dias ( Importação )