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Title: Defects in Solids
Description: This course is a 1st year undergraduate course in defect chemistry and physics for Materials Scientists. It discusses simple point defects in crystalline lattices in solid-state chemistry. It covers Schottky, Frenkel and antisite defects, covers the basic thermodynamic considerations to calculate the defect concentration in given materials. The Kröger-Vink notation is presented and the relation between defect concentration and opto-electronic properties are also discussed. This course was given by Dr. A. Aguadero at Imperial College London in the Department of Materials.
Description: This course is a 1st year undergraduate course in defect chemistry and physics for Materials Scientists. It discusses simple point defects in crystalline lattices in solid-state chemistry. It covers Schottky, Frenkel and antisite defects, covers the basic thermodynamic considerations to calculate the defect concentration in given materials. The Kröger-Vink notation is presented and the relation between defect concentration and opto-electronic properties are also discussed. This course was given by Dr. A. Aguadero at Imperial College London in the Department of Materials.
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Title: Defects in Solids
Description: This course is a 1st year undergraduate course in defect chemistry and physics for Materials Scientists. It discusses simple point defects in crystalline lattices in solid-state chemistry. It covers Schottky, Frenkel and antisite defects, covers the basic thermodynamic considerations to calculate the defect concentration in given materials. The Kröger-Vink notation is presented and the relation between defect concentration and opto-electronic properties are also discussed. This course was given by Dr. A. Aguadero at Imperial College London in the Department of Materials.
Description: This course is a 1st year undergraduate course in defect chemistry and physics for Materials Scientists. It discusses simple point defects in crystalline lattices in solid-state chemistry. It covers Schottky, Frenkel and antisite defects, covers the basic thermodynamic considerations to calculate the defect concentration in given materials. The Kröger-Vink notation is presented and the relation between defect concentration and opto-electronic properties are also discussed. This course was given by Dr. A. Aguadero at Imperial College London in the Department of Materials.