目錄
Chapter 1 Introduction
Chapter 2 Metallurgical Principle Experiments
Experiment 1 Determination of Gibbs Free Energy Change for the Thermal Decomposition of Calcium Carbonate via Pressure Measurement
Experiment 2 Kinetic Analysis of Limestone Decomposition via the Weight-Loss Method
Experiment 3 Solid-Phase Electrochemical Reduction of Metal Compounds
Experiment 4 Thermogravimetric and Differential Thermal Analysis
Experiment 5 Kinetics of the Zinc-Copper Displacement Reaction
Chapter 3 Metallurgical Processes and Equipment Experiments
Experiment 6 Bernoulli's Equation Experiment
Experiment 7 Reynolds Experiment
Experiment 8 Methods for Measuring Fluid Velocity & Flow Rate,and Pitot Tube Calibration
Experiment 9 Determination of Convective Heat Transfer Coefficient for Air Flowing Longitudinally Over a Flat Plate
Chapter 4 Metallurgy and Heat Treatment Experiments
Experiment 10 Preparation of Metallographie Sample
Experiment 11 Determination of Metal Hardness
Experiment 12 Effect of Casting Conditions on Ingot Structure
Experiment 13 Observation of the Equilibrium Structure of Fe-C Alloys
Experiment 14 Observation of Binary Alloy Structure
Experiment 15 Microscopic Observation of Non-ferrous Metals-Microstructure of Pure Copper and Copper Alloys
Experiment 16 Microscopic Observation of Non-ferrous Metals Microstructure of Pure Aluminum and Aluminum Alloys
References
Appendixes
Appendix 1 Standard molar gibbs energies of formation for CaCO3,Ca0, and Co, as a function of temperature
Appendix 2 Dry air thermophysical properties (1.01325x10' Pa)
Appendix 3 Indentation diameter and Brinell hardness comparison table
Appendix 4 Comparison table of indentation diagonal length and Vickers hardness
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