Gondwana University, Maharashtra, Computer Engineering Semester 2, Applied Physics Syllabus

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Unit - 1 Quantum Physics

1.1 DUAL NATURE OF MATTER DEBROGLIE’S CONCEPT OF MATTER WAVES

1.2 DAVISSON AND GERMER EXPERIMENT

1.3 COMPTON SCATTERING QUALITATIVE APPROACH

1.4 HEISENBERG’S UNCERTAINTY PRINCIPLE AND ITS EXPERIMENTAL ILLUSTRATIONS

1.5 WAVE PACKET CONCEPT

1.6 WAVE FUNCTION INTERPRETATION

1.7 SCHRÖDINGER’S WAVE EQUATIONS

1.8 APPLICATIONS PARTICLE IN INFINITE POTENTIAL WELL

1.9 QUALITATIVE APPROACH FOR FINITE POTENTIAL WELL

1.10 TUNNELING

Unit - 2 Semiconductor Physics

2.1 FORMATION OF ENERGY BANDS IN SOLIDS CLASSIFICATION OF SOLIDS BASED ON BAND THEORY ENERGY BAND DIAGRAM OF GERMANIUM SILICON

2.2 PROBABILITY DISTRIBUTION FUNCTION

2.3 FERMI ENERGYITS DEPENDENCE ON TEMP AND DOPING CONCENTRATION

2.4 CONDUCTIVITY OF SOLIDS

2.5 PN JUNCTION DIODE

2.6 JUNCTION VOLTAGE EQUATION

2.7 HALL EFFECTITS DERIVATION AND APPLICATION

2.8 TRANSISTORS

Unit - 3 Solid State Physics

3.1 INTRODUCTION LATTICE BASIS SPACE LATTICE UNIT CELL BRAVAIS LATTICES

3.2 CRYSTAL SYSTEM SC BCC FCC

3.3 OCTAHEDRAL AND TETRAHEDRAL VOIDS

3.4 CRYSTAL STRUCTURE

3.5 MILLER INDICES

3.6 BRAGGS LAW

Unit - 4 Wave Optics and Electron Ballistics

4.1 INTERFERENCE DUE TO THIN FILMS OF UNIFORM AND NONUNIFORM THICKNESS

4.2 NEWTON’S RING ANTIREFLECTION COATING APPLICATIONS

4.3 ANTIREFLECTION COATING APPLICATIONS

4.4 MOTION OF ELECTRON IN UNIFORM ELECTRIC AND MAGNETIC FIELDS CONCEPT OF CROSSED FIELDS

4.5 ELECTRON REFRACTION ELECTRIC AND MAGNETIC FOCUSING DEVICESCRT CRO AND ITS APPLICATIONS

4.6 BAINBRIDGE MASS SPECTROGRAPH

Unit - 5 Lasers and Fibre Optics

5.1 INTRODUCTION PRINCIPLE OF LASER

5.2 LASER CHARACTERISTICS SPATIAL AND TEMPORAL COHERENCE OF LIGHT WAVES

5.3 TYPES OF LASER AND ITS APPLICATION

5.4 INTRODUCTION TO OPTICAL FIBRE STRUCTURE PRINCIPLE

5.5 MODES OF PROPAGATION

5.6 ACCEPTANCE ANGLE NUMERICAL APERTURE FRACTIONAL REFRACTIVE INDEX

5.7 TYPES AND CLASSIFICATIONS OF OPTICAL FIBRE

5.8 V – NUMBER

5.9 ATTENUATION ITS DIFFERENT MECHANISMS DISTORTION

5.10 APPLICATIONS AS SENSORS AND DETECTORS

5.11 ADVANTAGES OF OPTICAL FIBRE IN COMMUNICATION

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Other Subjects of Semester-2
applied chemistry
Engineering mechanics
Basic electrical engineering
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