Rashtrasant Tukadoji Maharaj Nagpur University, Maharashtra, Computer Engineering Semester 2, Advanced Physics Syllabus

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Unit - 1 Lasers & Wave Optics

Unit 1

Lasers Wave Optics

1.1 Spatial and temporal coherence of a light wave

1.2 Quantum Transitions Absorption Spontaneous emission stimulated Emission

1.3 Metastable states

1.4 Pumping schemes

1.5 Principle of laser Components of a laser

1.6 Laser characteristics

1.7 Principle working of HeNe

1.8 Ruby lasers Applications

1.9 Semiconductor lasers Applications

1.10 Interference in thin films

1.11 Interference in Wedge shape thin film

1.12 Newton’s rings

1.13 Antireflection coating

1.14 Advanced applications of interference in thin film

Unit - 2 Electron Ballistics

Unit 2

Electron Ballistics

2.1 Lorentz force

2.2 Motion of changed particles in uniform electric and magnetic fields parallel perpendicular and at an acute angle

2.3 Effect of electric and magnetic fields on kinetic energy of charged particle

2.4 Crossed electric and magnetic field configurations

2.5 Velocity filter

2.6 Electrostatic and magnetostatic deflection

Unit - 3 Electron Optics 

Unit 3

Electron Optics

3.1 Bethe’s law

3.2 Electric and Magnetic focusing

3.3 Construction working of Electrostatic lens

3.4 Devices CRT Block Diagram Function working

3.5 CRO Block Diagram Function working

3.6 Bainbridge mass spectrograph

3.7 Cyclotron

Unit - 4 Optical Fiber & Nanoscience

Unit 4

Optical Fiber Nanoscience

4.1 Optical fibers Propagation by total internal reflection

4.2 Structure and classification based on material refractive index and number of modes

4.3 Modes of propagation in fiber

4.4 Acceptance angle

4.5 Numerical aperture 

4.6 Attenuation and dispersion

4.7 Light sources and Detectors

4.8 Applications as a Sensors i Temperature Sensor ii Pollution Smoke detector iii Liquid level sensor

4.9 Applications as a Detectors i PIN detector ii Avalanche Detector

4.10 Introduction to nanoscience and nanotechnology

4.11 Classification of nano materials

4.12 Synthesis of Nanomaterials

4.13 General idea about physical and chemical methods. e.g Physical Vapour Deposition and Sol gel method

4.14 Comparison of properties of nanomaterials with bulk materials

4.15 Some special nanomaterials1 Zeolites 2 Graphine

4.16 Application of nanomaterials in engineering

4.17 Impact of Nanoscience and nanotechnology

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Other Subjects of Semester-2
Materials chemistry
Engineering mechanics
Applied mathematics – ii
Advanced electrical engineering
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