Chemical Metallurgy

1 Bonding and Periodicity 1.1 The Atomic Structure of Elements 1.1.1 The Nucleus 1.1.2 Atomic Spectra 1.2 The Periodic Table of the Elements 1.3 Chemical Bonds 1.3.1 The Ionic Bond (Electrovalency) 1.3.2 The Covalent Bond 1.3.3 The Metallic Bond 1.4 A More Detailed Study of the Periodic Table of the Elements 1.4.1 The s-Block Elements 1.4.2 Transition Elements (d-Block) 1.4.3 The P-Block Elements2 Metallurgical Thermodynamics 2.1 Thermochemistry 2.1.1 Exothermic and Endothermic Reactions 2.1.2 Calculating Enthalpies and Enthalpy Change 2.1.3 Measurements of Enthalpy Changes of reactions 2.1.4 Enthalpy Changes: The Effect of Temperature 2.2 Thermodynamics 2.2.1 Energy: The Driving Force for Chemical Change 2.2.2 Free Energy: The Driving Force of a Chemical Reaction 2.2.3 Chemical Equilibrium3 Reaction Kinetics 3.1 Rate of Reaction 3.1.1 Effect of Conditions on Rate of Reaction 3.1.2 Concentration-Time Graphs 3.1.3 Kinetics and Mechanism 3.2 Experimental Rate Laws 3.2.1 Order of Reaction 3.2.2 The Rate Constant 3.2.3 Molecularity 3.2.4 Stoichiometry 3.2.5 Integrated Equations 3.3 Determination of Order of Reaction 3.3.1 Integral Method 3.3.2 Differential Method 3.3.3 Half-Life Method 3.4 Experimental Techniques 3.4.1 General Considerations 3.4.2 Techniques - In General 3.4.3 Techniques - In Detail 3.5 Kinetics and Temperature 3.5.1 The Arrhenius Equation 3.5.2 Determination of Activation Energy 3.5.3 Potential Energy Profiles 3.5.4 Effect of Temperature 3.5.5 Catalysis 3.6 Mechanism 3.6.1 Rate Determining Step 3.6.2 Elucidation of Mechanism 3.7 Theories of Reaction Rates 3.7.1 Collision Theory 3.7.2 Potential Energy Surfaces 3.7.3 Transition State Theory4 Liquid Metal Solutions 4.1 Solution and Composition 4.2 Surface and Interfacial Energy 4.3 Thermodynamics of Solutions 4.3.1 Partial and Integral Quantities 4.3.2 Ideal Solutions and Activity 4.3.3 Raoult's Law 4.3.4 Non-Ideal or Real Solutions 4.3.5 The Gibbs-Duhem Equation 4.3.6 Henry's Law and Dilute Solutions 4.3.7 Multicomponent Solution and Interaction Coefficients 4.3.8 Thermodynamics of Mixing Solutions 4.3.9 Excess Thermodynamic Quantities 4.3.10 Construction of Equilibrium Phase Diagram from Integral Free Energy-Composition Curves 4.3.11 Free Energy of Nucleation 4.4 Slags and Fluxes 4.4.1 Functions and Properties of a Slag 4.4.2 Structures of Slags 4.4.3 Slag-Metal Reactions 4.4.4 Fluxes Used for Non-Ferrous Metals 4.4.5 Structures of Flux Materials (Fused Salts) 4.5 Gases in Metals5 Aqueous Metal Solutions and Electrochemistry 5.1 Ionics I: Ions in Solution 5.5.1 Electrolytes 5.1.2 Aqueous Solutions of Electrolytes 5.1.3 Ionic Activity 5.1.4 Mean Ionic Activity 5.1.5 Debye-Huckel Theory 5.1.6 Measurement of Mean Ionic Activity 5.1.7 Acids and Bases 5.1.8 The Ph Scale 5.1.9 Buffer Solutions 5.1.10 Ph Measurement 5.2 Ionics II: Electrolytic Conduction 5.2.1 Measurement of Conductivity 5.2.2 Molar Conductivity 5.2.3 Variation of Molar Conductivity with Concentration 5.2.4 Kohlrausch's Law of Independent Migration 5.2.5 Transport Numbers 5.2.6 Conduction in Fused Salts 5.3 Electrodics I 5.3.1 Electrode Potentials 5.3.2 The Metal Electrode 5.3.3 Comparison of Electrode Potentials - Electrochemical Series 5.3.