Tulegenova A.T. Course of Lectures
Course: Physical Materials Science
Lecture 1: Features of the Atomic Crystalline Structure of Metals
Lecture 1_Presentation_Features of the Atomic Crystalline Structure of Metals
Lecture 2: Crystalline Defects
Lecture 2_Presentation_Crystalline Defects
Lecture 3: Metal Crystallization: Methods for Metal Analysis
Lecture 3_Presentation_Metal Crystallization: Methods for Metal Analysis
Lecture 4: Phase Diagrams of Binary Alloys
Lecture 4_Presentation_Phase Diagrams of Binary Alloys
Lecture 5: Loads, Stresses, and Strains: Mechanical Properties
Lecture 5_Presentation_Loads, Stresses, and Strains: Mechanical Properties
Lecture 6: Mechanical Properties (continued): Technol. and Operation
Lecture 6_Presentation_Mechanical Properties (continued): Technol. and Operation
Lecture 7: Structural Strength of Materials
Lecture 7_Presentation_Structural Strength of Materials
Lecture 8: Iron-Carbon Alloys: Iron-Carbon Phase Diagram
Lecture 8_Presentation_Iron-Carbon Alloys: Iron-Carbon Phase Diagram
Lecture 9: Steel: Classification and Labeling of Steels
Lecture 9_Presentation_Steel: Classification and Labeling of Steels
Lecture 10: Cast Irons: Iron-Graphite Phase Diagram
Lecture 10_Presentation_Cast Irons: Iron-Graphite Phase Diagram
Lecture 11: Types of Heat Treatment of Metals: Basic Theoretical and Thermal Treatment of Steel
Lecture 12: Fundamentals of Steel Heat Treatment Theory (continued)
Lecture 12_Presentation_Fundamentals of Steel Heat Treatment Theory (continued)
Course: Semiconductor Materials
Lecture 1_Types of Crystal Lattice and Their Symmetry.pdf
Lecture 1_Presentation_Types of Crystal Lattice and Their Symmetry.pdf
Lecture 2_Binding Forces in Solids.pdf
Lecture 2_Presentation_Binding Forces in Solids.pdf
Lecture 3_Band Structure of Semiconductors.pdf
Lecture 3_Presentation_Band Structure of Semiconductors.pdf
Lecture 4_Thermionic Emission Current.pdf
Lecture 4_Presentation_Thermionic Emission Current.pdf
Lecture 5_Formation and Band Diagram of a P-N Junction.pdf
Lecture 5_Presentation_Formation and Band Diagram of a P-N Junction.pdf
Lecture 6_Presentation_Heterojunctions.pdf
Lecture 7_Characteristics of an Ideal Diode Based on a P-N Junction.pdf
Lecture 7_Presentation_Characteristics of an Ideal Diode Based on a P-N Junction.pdf
Lecture 8_The Effect of Temperature on Diode Characteristics.pdf
Lecture 8_Presentation_The Effect of Temperature on Diode Characteristics.pdf
Lecture 9_Tunnel and Inverted Diodes.pdf
Lecture 9_Presentation_Tunnel and Inverted Diodes.pdf
Lecture 10_Bipolar Transistors.pdf
Lecture 10_Presentation_Bipolar Transistors.pdf
Lecture 11_Presentation_Thyristors.pdf
Course: Physics of Materials and Nanostructures
Lecture 1_Semiconductor Production Technology.pdf
Lecture 1_Presentation_Semiconductor Production Technology.pdf
Lecture 2_Materials Obtained by Self-Assembly.pdf
Lecture 2_Presentation_Materials Obtained by Self-Assembly.pdf
Lecture 3_Modern Physical and Chemical Methods for Studying Material Structure.pdf
Lecture 3_Presentation_Modern Physical and Chemical Methods for Studying Material Structure.pdf
Lecture 4_Methods for Obtaining Nanostructured Materials.pdf
Lecture 4_Presentation_Methods for Obtaining Nanostructured Materials.pdf
Lecture 5_High-Energy Milling.pdf
Lecture 5_Presentation_High-Energy Milling.pdf
Lecture 6_Crystallization from the Amorphous State.pdf
Lecture 6_Presentation_Crystallization from the Amorphous State.pdf
Lecture 7_Technology of Polymer, Porous, Tubular, and Bio-Nanomats.pdf
Lecture 7_Presentation_Technology of Polymer, Porous, Tubular, and Bio-Nanomats.pdf
Lecture 8_Elements of Nanoelectronics.pdf
Lecture 8_Presentation_Elements of Nanoelectronics.pdf
Lecture 9_Basic Methods for Creating Nanostructures.pdf
Lecture 9_Presentation_Basic Methods for Creating Nanostructures.pdf
Lecture 10_Features of Creating Electrically Conductive Probes.pdf
Lecture 10_Presentation_Features of Creating Electrically Conductive Probes.pdf
Lecture 11_Structural Materials Used in Construction.pdf
Lecture 11_Presentation_Structural Materials Used in Construction.pdf