Dr Babasaheb Ambedkar Technological University, Maharashtra, Computer Engineering Semester 1, Engineering Physics Syllabus

Unit - 1 Oscillation, Ultrasonic and Dielectric Materials

Unit 1

Oscillation Ultrasonic and Dielectric Materials

1.1 Free Oscillation

1.2 Damped Oscillation

1.3 Forced Oscillation

1.4 Resonance

1.5 Differential Equation of Forced Oscillator

1.6 Ultrasonic Wave

1.7 Production of Ultrasonic Wave

1.8 Magnetostriction generator or oscillator

1.9 Piezoelectric Effect

1.10 Piezoelectric Generator or Oscillator

1.11 Application of UltraSonic Waves

1.12 Dielectric

1.13 Dielectric constant

1.14 Dielectric Strength

1.15 Electric Displacement

1.16 Polarization

1.17 Type of dielectric polarization

1.18 Electronic Polarization

1.19 Ionic polarization 

1.20 Dipolar or Orientational polarization

1.21 Frequency Dependence of Polarization

Unit - 2 Optics, Fibre Optics and Laser

Unit2

Physics

2.1 Newton’s Rings

2.2 Polarization Of Light

2.3 Production of Polarized Light by Reflection

2.4 Production of Polarized Light by Refraction

2.5 Double Refraction by Nicol Prism 

2.6 Applications of Polarization

2.7 Laurent’s half shade Polarimeter

2.8 Optical Fibre

2.9 Types of Optical Fibres

2.10 Advantages of fibre optic communication

2.11 Disadvantages of Optical Fibre

2.12 Application of optical fibre

Unit - 3 Electron Optics, Nuclear Physics and Quantum Mechanics

UNIT3

ELECTRON OPTICS NUCLEAR PHYSICS

3.1 MEASUREMENT OF EM BY THOMSON’S METHOD

3.2 DETERMINATION OF ELECTRONIC CHARGE BY MILLIKAN’S OIL DROP METHOD

3.3 BAINBRIDGE MASS SPECTROGRAPH

3.4 G.M. COUNTER

3.5 HEISENBERG’S UNCERTAINTY PRINCIPLE

3.6 SCHRÖDINGER’S TIME DEPENDENT AND TIME INDEPENDENT

3.7 PHYSICAL SIGNIFICANCE OF WAVE FUNCTION

Unit - 4 Crystal Structure, X-rays and Electrodynamics

UNIT 4

CRYSTAL STRUCTURE XRAYS AND ELECTRODYNAMICS

4.1 UNIT CELL

4.2 BRAVAIS LATTICE

4.3 CUBIC SYSTEM

4.4 NUMBER OF ATOMS PER UNIT CELL

4.5 COORDINATION NUMBER

4.6 ATOMIC RADIUS

4.7 PACKING DENSITY

4.8 RELATION BETWEEN LATTICE CONSTANT AND DENSITY

4.9 LATTICE PLANES AND MILLER INDICES

4.10 INTERPLANER SPACING FOR CUBIC SYSTEM

4.11 BRAGG’S LAW

4.12 XRAY DIFFRACTION

4.13 LINE AND CONTINUOUS SPECTRUM OF XRAY

4.14 MOSLEY’S LAW

4.15 INTRODUCTION OF MAXWELL EQUATIONS

4.16 ELECTROMAGNETIC WAVE IN FREE SPACE

Unit - 5 Magnetic, Superconducting and Semiconducting materials

UNIT 5

MAGNETIC SUPERCONDUCTING AND SEMICONDUCTING MATERIALS

5.1 TYPES OF MAGNETIC MATERIALS FERRIMAGNETIC ANTIFERROMAGNETIC FERRITES GARNETS

5.2 BH CURVE

5.3 CLASSICAL FREE ELECTRON THEORYELECTRICAL CONDUCTIVITY RESISTIVITY AND ITS TEMPERATURE DEPENDENCE

5.4 MICROSCOPIC OHM’S LAW

5.5 SUPERCONDUCTIVITY

5.6 TYPES OF SUPERCONDUCTORS

5.7 MEISSNER EFFECT AND APPLICATIONS

5.8 BAND THEORY OF SOLIDS

5.9 CONDUCTIVITY OF SEMICONDUCTORS

5.10 HALL EFFECT