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Material Science, XE-C 'Foundation Course' according to GATE syllabus

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Material Science (XE-C)
- Classification and Structure of Materials (Metals, ceramics, polymers and composites, Bonding, Crystallography, Defects)
  - MS Session-0 Important Instructions and Course Structure
  - MS Session-1 Bonding, Structure & Defects (BSD)
  - MS Session-1 Part-2 Nature of Bonding in Materials
  - MS Session-2 Nature of Bonding in Materials
  - MS Session-2 Part-2 Secondary Bonding (Bonding Nature in Materials)
  - MS Session-3 Classification of Materials
  - MSWD Session-1 on Bonding
  - MSWD Session-2 on Bonding
  - MS Session-4 Structure of Materials
  - MS Session-5 Structure of Materials
  - MS Session-6 Structure of Materials
  - MS Session-7 Structure of Materials and Defects in Crystalline Materials
  - MS Session-8 Defects in Crystalline Materials
  - MS Session-9 Defects in Crystalline Materials
  - MSWD Session-3 Structure
  - MSWD Session-4 Structure and Defects
  - MSWD Session-5 Structure
  - MSWD Session-6 Structure and Defects
  - MS Session-10 Defects in Crystalline Materials
  - MS Session-11 Part-1 Miller Indices of Planes and Directions
  - MSWD Session-7 Structure and Defects
  - MS Session-11 Part-2 Miller Indices of Planes & Directions
  - MSWD Session-8 Bonding, Structure and Defects (BSD)
  - MS Session-11 Part-3 Miller Indices of Planes and Directions
  - MSWD Session-9 Structure and Defects
  - MS Session-11 Part-4 HCP Plane Indexing
  - MSWD Session-10 Structure and Defects
  - MS Session-12 LD, PD and Surface Energy
  - MS Session-13 Voids or Interstitials
  - MS Session-14 Symmetry
  - MS Session-15 Concept Based Doubt Discussion on 'BSD'
  - MS Session-16 Defect Reactions
  - MS Session-35 Ceramics and Polymers (Classification of Materials)
  - MS Session-36 Composites (Classification of Materials)
  - MS Session-37 Composites (Classification of Materials)
  - MSWD Session-20 Composites Theory and Numericals
  - MSWD Session-21 Composites
  - MS Session-55 Surface and Interfaces
- Thermodynamics, Kinetics and Phase Transformations, Diffusion and Mass Transfer
  - MS Session-22 Phase Diagram
  - MS Session-23 Phase Diagram
  - MS Session-24 Phase Diagram
  - MS Session-25 Phase Diagram
  - MS Session-26 Phase Transformation- Nucleation
  - MS Session-27 Phase Transformation- Growth Kinetics
  - MS Session-28 Fe-C Diagram and Application of Lever Rule
  - MSWD Session 14 Phase, Transformation, Deformation and Strengthening
  - MSWD Session 15 Phase, Transformation, Deformation and Strengthening
  - MSWD Session-16 Phase, Transformation, Deformation and Strengthening
  - MSWD Session-17 Phase, Transformation, Deformation and Strengthening
  - MSWD Session-18 Phase, Transformation, Deformation and Strengthening
  - MS Session-33 Diffusion and Mass Transfer
  - MSWD Session-19 on Diffusion and Mass Transfer
- Properties and Applications of Materials (Mechanical, Electrical, Magnetic, Thermal, Optical Properties and Applications)
  - MS Session-34 Failure, Fracture, Fatigue and Creep
  - MS Session-38 Mechanical Properties of Materials (MPM)
  - MS Session-39 Mechanical Properties of Materials (MPM)
  - MS Session-40 Mechanical Properties of Materials (MPM)
  - MS Session-41 Mechanical Properties of Materials (MPM)
  - MSWD Session-22 MPM
  - MS Session-42 Electrical Properties of Materials
  - MS Session-43 Electronic Properties of Materials
  - MS Session-44 Electronic Properties of Materials
  - MS Session-44 Part-2 Semiconducting Devices- Diodes
  - MSWD Session-23 Electrical and Electronic Properties of Materials
  - MS Session-44 Part-3 Fermi Energy and Density of States (DOS) (Quantum Aspects of Electronic Properties)
  - MS Session-44 Part-4 Fermi Energy and Density of States (DOS)
  - MS Session-45 Dielectric Properties of Materials
  - MS Session-46 Magnetic Properties of Materials
  - MS Session-47 Magnetic Properties of Materials
  - MSWD Session-24 Magnetic and Thermal Properties of Materials
  - MS Session-48 Thermal Properties of Materials
  - MS Session-49 Optical Properties of Materials
- Characterization and Measurements of Prop. (XRD, SEM, TEM & OM; UV-Vis, Raman, IR)
  - MS Session-17 XRD- Why X-Rays
  - MS Session-18 XRD
  - MS Session-19 XRD
  - MS Session-20 XRD- Peak Broadening and Texture
  - MS Session-21 XRD of Residual Stresses (Macro and Microstresses)
  - MSWD Session-11 XRD
  - MSWD Session-12 XRD
  - MSWD Session-13 XRD
  - MS Session-50 Optical Microscopy (Characterization and Measurement of Properties)
  - MS Session-51 SEM (Characterization and Measurement of Properties)
  - MS Session-52 SEM (Characterization & Measurement of Properties)
  - MS Session-53 SEM (Theory with Example Problems and Solutions)
- Characterization and Measurements of Prop. (Testing: Mechanical, Electrical. Thermal)
- Processing of Materials (Heat treatment of ferrous and non-ferrous alloys)
  - MS Session-29 Heat Treatment and Microstructure-Property Correlation
  - MS Session-30 Plastic Deformation, Dislocations and Hardness
  - MS Session-31 Strengthening Mechanisms
  - MS Session-32 Deformation of Single Crystal and GATE'22 Ques Solution
- Processing of Materials: Powder Metallurgy
  - MS Session-58 Powder Metallurgy
  - MS Session-59 Powder Metallurgy [Theory and Problem Solutions]
- Processing of Materials: Thin film growth phenomena & thin film deposition: CVD, PVD
  - MS Session-54 Spectroscopic Techniques and Thin Film Deposition (Materials Characterization and Processing)
  - MS Session-55 Surface and Interfaces
  - MS Session-56 Thin Film Deposition
  - MS Session-57 Thin Film Deposition [Complete Crash Course]
- Degradation of Materials (Corrosion & Its prevention)
  - MS Session-60 Electrochemistry
  - MS Session-61 Electrochemistry
  - MS Session-62 Corrosion