Section 1: Electrochemical Nature of Aqueous Corrosion
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Introduction to Section 1 (0:50)
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1.1 Corrosion Classification and Focus of the Course (5:41)
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1.2 Electrochemical Nature of Corrosion (7:50)
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1.3 Anodic and Cathodic Reactions (3:43)
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1.4 Charge Movement in Electrolytes and in Metals (6:41)
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1.5 Faraday's Law (5:30)
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1.6 Faraday's Law Calculation Example (4:34)
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Section 1 Quiz
Section 2: Corrosion Thermodynamics
Section 3: Kinetics of Corrosion Reactions
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Introduction to Section 3 (1:29)
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3.1 Reaction Rates to Electrical Currrents (12:17)
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3.2 Current – Potential Diagrams and Exchange Current (13:35)
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3.3 Kinetics Part 1: Activation Controlled Reactions, Butler Volmer and Tafel Law (12:04)
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3.4 Kinetics Part 2: Cathodic Reaction Under Diffusion Control (16:13)
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3.5 Kinetics Part 3: Hydrogen Evolution (8:23)
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3.6 Kinetics Part 4: Passivity (10:55)
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Section 3 Quiz
Section 4: Corrosion Behaviours
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Introduction to Section 4 (1:26)
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4.1 Building Evans Diagrams (8:45)
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4.2 Stern-Geary Equation - Estimation of Corrosion Current (14:24)
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4.3 Effect of Kinetics on Corrosion Potential and Current (8:39)
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4.4 Effect of Oxygen on Corrosion Potential and Current (11:07)
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4.5 Effects Oxygen and Hydrogen Reactions Overlapping (7:19)
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4.6 Response of Passive Metals (14:41)
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Section 4 Quiz
Section 5: Electrochemical Measurements
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Introduction to Section 5 (1:37)
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5.1 The Three-Electrode Cell (12:49)
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5.2 Working With Potentials (9:15)
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5.3 Electrochemical Measurements: Potentiodynamic Polarization (16:10)
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5.4 Electrochemical Measurements: Linear Polarization (8:43)
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5.5 Effects of Electrolyte Resistance (5:16)
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Section 5 Quiz
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Thanks! (0:06)
