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FE SEM 1 – ENGINEERING PHYSICS I

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Module 1 – Quantum Physics 18 Topics

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Prerequisites 1- Dual nature of radiation

Prerequisites 2- Photoelectric effect

Prerequisites 3- Matter waves

Prerequisites 4- Wave nature of particles

Prerequisites 5- De-Broglie relation

Prerequisites 6- Davisson-Germer experiment

1.1 De Broglie hypothesis of matter waves

1.2 Properties of matter waves

1.3 Wave packet

1.4 Phase velocity and group velocity

1.5 Wave function

1.6 Physical interpretation of wave function

1.7 Heisenberg uncertainty principle

1.8 Non existence of electron in nucleus

1.9 Schrodinger’s time dependent wave equation

1.10 Time independent wave equation

1.11 Particle trapped in one dimensional infinite potential well

1.12 Quantum Computing

Module 2 – Crystallography 9 Topics

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Prerequisites 1- Crystal Physics

Prerequisites 2- Unit cell, Space lattice, Crystal structure

Prerequisites 3- Simple Cubic, Body Centered Cubic, Face Centered Cubic

Prerequisites 4- Diamond Structure

Prerequisites 5- Production of X-rays

2.1 Miller indices

2.2 Interplanar spacing

2.3 X-ray diffraction and Bragg’s law

2.4 Determination of Crystal structure using Bragg’s diffractometer

Module 3 – Semiconductor Physics 21 Topics

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Prerequisites 1- Intrinsic and extrinsic semiconductors

Prerequisites 2- Energy bands in conductors

Prerequisites 3- Semiconductors and insulators

Prerequisites 4- Semiconductor diode

Prerequisites 5- I-V characteristics in forward and reverse bias

3.1 Direct & indirect band gap semiconductor

3.2 Fermi level

3.3 Fermi dirac distribution

3.4 Fermi energy level in intrinsic & extrinsic semiconductors

3.5 Effect of impurity concentration and temperature on fermi level

3.7 Current density

3.8 Hall Effect

3.9 Fermi Level diagram for p-n junction

3.9.1 Fermi Level diagram for p-n junction-unbiased

3.9.2 Fermi Level diagram for p-n junction- Forward bias

3.9.3 Fermi Level diagram for p-n junction- Reverse bias

3.10 Applications of semiconductors

3.10.1 Applications of semiconductors- LED

3.10.2 Applications of semiconductors- Zener diode

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Module 4 – Interference In Thin Film 17 Topics

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Prerequisites 1- Wave front and Huygen’s principle

Prerequisite 2- Reflection and refraction

Prerequisite 3- Interference by division of wave front

Prerequisites 4- Youngs double slit experiment

4.1 Interference by division of amplitude

4.2 Interference in thin film of constant thickness due to reflected and transmitted light

4.3 Origin of colours in thin film

4.4 Wedge shaped film

4.5 Newton’s rings

4.6 Applications of interference

4.6.1 Applications of interference – Determination of thickness of very thin wire or foil

4.6.2 Applications of interference – Determination of refractive index of liquid

4.6.3 Applications of interference -Wavelength of incident light

4.6.4 Applications of interference -Radius of curvature of lens

4.6.5 Applications of interference- Testing of surface flatness

4.6.6 Applications of interference-Anti-reflecting films

4.6.7 Applications of interference -Highly reflecting film

Module 5 – Superconductors And Supercapacitors 24 Topics

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Prerequisites 1- Electric current

Prerequisites 2- Flow of electric charges in a metallic conductor

Prerequisites 3- Drift velocity

Prerequisites 4- Mobility and their relation with electric current

Prerequisites 5- Ohm’s law

Prerequisites 6-Electrical resistance

Prerequisites 7- V-I characteristics (linear and non-linear)

Prerequisites 8- Electrical resistivity

Prerequisites 9-Conductivity temperature dependence of resistance

5.1 Superconductors

5.1.1 Superconductors -Critical temperature

5.1.2 Superconductors- Critical magnetic field

5.1.3 Superconductors- Meissner’s effect

5.1.4 Superconductors- Type I and Type II

5.1.5 Superconductors- High Tc superconductors

5.2 Supercapacitor

5.2.1 Supercapacitors- Principle

5.2.2 Supercapacitors- Construction

5.2.3 Supercapacitors- Materials

5.2.4 Supercapacitors- Applications

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Module 6 – Engineering Materials And Applications 24 Topics

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Prerequisites 1- Paramagnetic materials

Prerequisites 2-Diamagnetic materials

Prerequisite 3-Ferromagnetic materials

Prerequisites 4- Crystal physics

Prerequisites 5- Conductors and insulators

Prerequisites 6- Free charges inside a conductor

Prerequisite 7-Bound charges inside a conductor

Prerequisites 8-Dielectrics

Prerequisites 9-Electric polarisation

Prerequisites 10- Capacitors

Prerequisites 11- Capacitance

6.1 Liquid crystals

6.1.1 Liquid crystals-Nematic phases

6.1.2 Liquid crystals-Smectic phases

6.1.3 Liquid crystals-Cholesteric phases

6.1.4 Liquid crystals- Liquid crystal display

6.2 Multiferroics

6.2.1 Multiferroics-Type I & Type II multiferroics

6.2.2 Multiferroics- Applications

6.3 Magnetoresistive Oxides

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