Acharya Nagarjuna University, Andhra Pradesh, Mechanical Engineering Semester 1, Engineering Physics Syllabus

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Unit - 1 WAVE OPTICS

UNIT 1

WAVE OPTICS

1.1 PRINCIPLE OF SUPERPOSITIONINTERFERENCE OF LIGHT

1.2 THEORY OF INTERFERENCE FRINGES

1.3 CONDITIONS FOR SUSTAINED INTERFERENCE

1.4 INTERFERENCE IN THIN FILMS REFLECTED LIGHT

1.5 NEWTON’S RINGSDETERMINATION OF WAVELENGTH

1.6 DIFFRACTION FRAUNHOFER DIFFRACTION SINGLE SLIT DIFFRACTION

1.7 DIFFRACTION GRATING

1.8 GRATING SPECTRUM DETERMINATION OF WAVELENGTH

1.9 POLARIZATION

1.10 POLARIZATION BY REFLECTION

1.11 POLARIZATION BY REFRACTION AND DOUBLE REFRACTIONNICOL’S PRISMHALF WAVE AND QUARTER WAVE PLATE

1.12 ENGINEERING APPLICATIONS OF INTERFERENCE DIFFRACTION AND POLARIZATION

Unit - 2 DIELECTRICS AND MAGNETICS

UNITII

DIELECTRICS AND MAGNETICS

2.1 INTRODUCTION TO DIELECTRICS

2.2 ELECTRIC POLARIZATION

2.3 DIELECTRIC POLARIZABILITY

2.4 SUSCEPTABILITY AND DIELECTRIC CONSTANT

2.5 TYPES OF POLARIZATIONS

2.6 LORENTZ INTERNAL FIELD

2.7 CLAUSSIUS MOSOTTI EQUATION

2.8 APPLICATIONS OF DIELECTRICS

2.9 INTRODUCTION TO MAGNETICSMAGNETIC DIPOLE MOMENT MAGNETIZATION MAGNETIC SUSCEPTIBILITY AND PERMEABILITY

2.10 ORIGIN OF PERMANENT MAGNETIC MOMENT

2.11 CLASSIFICATION OF MAGNETIC MATERIALS

2.12 HYSTERESISSOFT AND HARD

2.13 MAGNETIC MATERIALSFERRITES AND APPLICATIONS

Unit - 3 ELECTROMAGNETIC WAVES & FIBRE OPTICS

UNIT – III

ELECTROMAGNETIC WAVES AND FIBER OPTICS

3.1 DIVERGENCE AND CURL OF ELECTRIC AND MAGNETIC FIELDS

3.2 MAXWELL’S EQUATIONS ELECTROMAGNETIC WAVE EQUATION AND VELOCITY

3.3 INTRODUCTION TO OPTICAL FIBERS

3.4 TOTAL INTERNAL REFLECTION CRITICAL ANGLE OF PROPAGATION

3.5 ACCEPTANCE ANGLENUMERICAL APERTURE

3.6 CLASSIFICATION OF FIBERS BASED ON REFRACTIVE INDEX PROFILE MODES

3.7 PROPAGATION OF ELECTROMAGNETIC WAVE THROUGH OPTICAL FIBER

3.8 BLOCK DIAGRAM OF FIBER OPTIC COMMUNICATION

Unit - 4 SEMICONDUCTORS

UNIT – IV

SEMICONDUCTORS

4.1 ORIGIN OF ENERGY BANDS

4.2 CLASSIFICATION OF SOLIDS BASED ON ENERGY BANDS

4.3 INTRINSIC SEMI CONDUCTORS

4.4 FERMI ENERGY

4.5 ELECTRICAL CONDUCTIVITY

4.6 EXTRINSIC SEMICONDUCTORS PTYPE NTYPE

4.7 DEPENDENCE OF FERMI ENERGY ON CARRIER CONCENTRATION AND TEMPERATURE QUALITATIVE

4.8 DIRECT AND INDIRECT BAND GAP SEMICONDUCTORS

4.9 HALL EFFECT HALL COEFFICIENT

4.10 APPLICATIONS OF HALL EFFECT

4.11 APPLICATIONS OF SEMICONDUCTORS

Unit - 5 SUPERCONDUCTORS AND NANO MATERIALS

UNIT – V

SUPERCONDUCTORS AND NANO MATERIALS

5.1 SUPERCONDUCTORS

5.2 PROPERTIES

5.3 CRITICAL PARAMETERS OF SUPERCONDUCTORS

5.4 MEISSNER EFFECT

5.5 BCS THEORY

5.6 JOSEPHSON EFFECT AC DC

5.7 TYPES OF SUPERCONDUCTORS

5.8 HIGH TC SUPERCONDUCTORS

5.9 APPLICATIONS

5.10 BASICS OF NANO MATERIALS

5.11 PREPARATION

5.12 CHARACTERIZATION

5.13 CNTS

5.14 APPLICATIONS OF NANO MATERIALS

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Other Subjects of Semester-1
Mathematics i
Environmental science
Communicative english i
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