Shivaji University, Maharashtra, Computer Engineering Semester 2, Engineering Physics Syllabus

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Unit - 1 Diffraction and Polarization of Light

Unit 1

Diffraction and Polarization of Light

1.1 Diffraction Concept and types Fresnel and Fraunhofer diffraction

1.2 Diffraction grating –construction and theory

1.3 Resolving power of plane transmission grating.

1.4 Polarization Introduction

1.5 Double refraction

1.6 Huygens’ theory positive and negative crystals

1.7 Optical Activity

1.8 Specific Rotation

1.9 Laurent’s half shade polarimeter

Unit - 2 Laser and FibreOptics

Unit 2

Laser and FibreOptics

2.1 Absorption

2.2 Spontaneous emission

2.3 Stimulated emission

2.4 Pumping

2.5 Population inversion

2.6 Ruby laser

2.7 Characteristics of laser

2.8 Holography construction and reconstruction

2.9 Total Internal Reflection

2.10 Structure of optical fibre

2.11 Acceptance angle

2.12 Acceptance cone

2.13 Numerical aperture and fractional refractive index change no derivation

2.14 Fibre optic communication system

2.15 Advantages of optical fibres.

Unit - 3 Sound

Unit 3

Sound

3.1 Conditions for good acoustics

3.2 Reverberation

3.3 Reverberation time

3.4 Sabine’s formula for reverberation time no derivation

3.5 Absorption coefficient

3.6 Factors affecting architectural acoustics and their remedy.

Unit - 4 Crystal Physics

Unit 4

Crystal Physics

4.1 Space Lattice

4.2 Basis and Crystal structure

4.3 Unit cell

4.4 Seven crystal system

4.5 Number of atoms per unit cell

4.6 Coordination number

4.7 Atomic radius

4.8 Packing fraction

4.9 Relation between density and lattice constant

4.10 Miller indices procedure features and sketches for different planes

4.11 Symmetry elements of cubic crystal

4.12 Braggs law for Xray diffraction.

Unit - 5 Physics of Nano-materials

Unit 5

Physics of Nanomaterials

5.1 Concept Nanomaterial

5.2 Nanoscience and Nanotechnology

5.3 Production techniques Top down and bottom up

5.4 Ball milling and Colloidal technique for synthesis of nano particles

5.5 Types of Nanomaterial

5.6 Tools Scanning Tunnelling Microscope and Atomic Force

5.7 Properties and applications of nanomaterials

Unit - 6 QuantumMechanics

Unit 6

Quantum Mechanics

6.1 Waveparticle duality of light

6.2 Dual nature of matter DeBroglie’s concept of matter waves

6.3 Wavelength of matter wave in terms of K.E. And P. D.

6.4 Properties of matter waves

6.5 Heisenberg’s uncertainty principle for position and momentum

6.6 Compton Effect Statement explanation and experimental verification.

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Other Subjects of Semester-2
Applied mechanics
Engineering graphics
Engineering chemistry
Basic civil engineering
Basic electrical engineering
Basic mechanical engineering
Fundamentals of electronics and computer programming
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