Dr. Babasaheb Ambedkar Marathwada University, Maharashtra, Computer Engineering Semester 2, Engineering Physics Syllabus

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Unit - 1 Electron optics & X – Rays

1.1 POSITIVE RAYSPRODUCTION AND PROPERTIES

1.2 DETERMINATION OF QM BY THOMSONS PARABOLIC METHOD

1.3 SEPARATION OF ISOTOPES BY BAIN BRIDGE MASS SPECTROGRAPH

1.4 ASTONS MASS SPECTROGRAPH

1.5 ELECTRON REFRACTION BETHES LAW

1.6 CATHODE RAY OSCILLOSCOPE BLOCK DIAGRAM

1.7 CATHODE RAY TUBE CRT CONSTRUCTION AND WORKING

1.8 TIME BASE CIRCUIT AND TRIGGER CIRCUIT

1.9 APPLICATIONS OF CRO

1.10 X RAYS CONTINUOUS AND CHARACTERISTIC SPECTRA

1.11 DIFFRACTION OF XRAYS.

1.12 BRAGGS LAW

1.13 BRAGGS XRAY SPECTROMETER

1.14 APPLICATIONS OF XRAYS

1.15 COMPTONS EFFECT DERIVATION FOR COMPTON SHIFT

1.1 POSITIVE RAYSPRODUCTION AND PROPERTIES

1.2 DETERMINATION OF QM BY THOMSONS PARABOLIC METHOD

1.3 SEPARATION OF ISOTOPES BY BAIN BRIDGE MASS SPECTROGRAPH

1.4 ASTONS MASS SPECTROGRAPH

1.5 ELECTRON REFRACTION BETHES LAW

1.6 CATHODE RAY OSCILLOSCOPE BLOCK DIAGRAM

1.7 CATHODE RAY TUBE CRT CONSTRUCTION AND WORKING

1.8 TIME BASE CIRCUIT AND TRIGGER CIRCUIT

1.9 APPLICATIONS OF CRO

1.10 X RAYS CONTINUOUS AND CHARACTERISTIC SPECTRA

1.11 DIFFRACTION OF XRAYS.

1.12 BRAGGS LAW

1.13 BRAGGS XRAY SPECTROMETER

1.14 APPLICATIONS OF XRAYS

1.15 COMPTONS EFFECT DERIVATION FOR COMPTON SHIFT

Unit - 2 Optics

2.1 INTERFERENCE

2.2 NEWTON’S RINGS

2.3 ENGINEERING APPLICATIONS OF INTERFERENCE I DETERMINATION OF REFRACTIVE INDEX OF LIQUID 2 TESTING OF OPTICAL FLATNESS

2.4 MICHELSONS INTERFEROMETER AND ITS APPLICATION FOR DETERMINATION OF REFRACTIVE INDEX OF THIN FILM

2.5 DIFFRACTION DIFFRACTION OF LIGHT

2.6 THEORY OF PLANE TRANSMISSION GRATING

2.7 RESOLVING POWER OF DIFFRACTION GRATING

2.8 POLARIZATION

2.9 QUARTER WAVE PLATE AND HALF WAVE PLATE PRODUCTION AND DETECTION OF PLANE. CIRCULARLY. ELLIPTICALLY POLARIZED LIGHT

2.10 OPTICAL ACTIVITY SPECIFIC ROTATION

2.11 LAURENT HALF’S HALF SHADE POLARIMETER

2.12 PHOTO ELASTICITY

2.1 INTERFERENCE

2.2 NEWTON’S RINGS

2.3 ENGINEERING APPLICATIONS OF INTERFERENCE I DETERMINATION OF REFRACTIVE INDEX OF LIQUID 2 TESTING OF OPTICAL FLATNESS

2.4 MICHELSONS INTERFEROMETER AND ITS APPLICATION FOR DETERMINATION OF REFRACTIVE INDEX OF THIN FILM

2.5 DIFFRACTION DIFFRACTION OF LIGHT

2.6 THEORY OF PLANE TRANSMISSION GRATING

2.7 RESOLVING POWER OF DIFFRACTION GRATING

2.8 POLARIZATION

2.9 QUARTER WAVE PLATE AND HALF WAVE PLATE PRODUCTION AND DETECTION OF PLANE. CIRCULARLY. ELLIPTICALLY POLARIZED LIGHT

2.10 OPTICAL ACTIVITY SPECIFIC ROTATION

2.11 LAURENT HALF’S HALF SHADE POLARIMETER

2.12 PHOTO ELASTICITY

Unit - 3 Superconductivity and Magnetism

3.1 SUPERCONDUCTIVITYINTRODUCTION

3.2 CRITICAL MAGNETIC FIELD

3.3 ZERO RESISTIVITY

3.4 MEISSNER EFFECT

3.5 ISOTOPE EFFECT

3.6 TYPE I TYPEII SUPERCONDUCTOR

3.7 BCS THEORY

3.8 APPLICATIONS OF SUPERCONDUCTOR

3.9 JOSEPHSON JUNCTION

3.10 SQUID

3.11 MAGNETISM INTRODUCTION

3.12 MAGNETIC SUSCEPTIBILITY

3.13 PROPERTIES OF DIA PARA AND FERRO MAGNETIC MATERIALS

3.14 MAGNETIC DOMAIN

3.15 HYSTERESIS LOOP

3.16 APPLICATIONS OF MAGNETIC MATERIALS

3.1 SUPERCONDUCTIVITYINTRODUCTION

3.2 CRITICAL MAGNETIC FIELD

3.3 ZERO RESISTIVITY

3.4 MEISSNER EFFECT

3.5 ISOTOPE EFFECT

3.6 TYPE I TYPEII SUPERCONDUCTOR

3.7 BCS THEORY

3.8 APPLICATIONS OF SUPERCONDUCTOR

3.9 JOSEPHSON JUNCTION

3.10 SQUID

3.11 MAGNETISM INTRODUCTION

3.12 MAGNETIC SUSCEPTIBILITY

3.13 PROPERTIES OF DIA PARA AND FERRO MAGNETIC MATERIALS

3.14 MAGNETIC DOMAIN

3.15 HYSTERESIS LOOP

3.16 APPLICATIONS OF MAGNETIC MATERIALS

Unit - 4 Semiconductors and Modern Physics

4.1 SEMICONDUCTORS INTRODUCTION

4.2 ENERGY BAND STRUCTURE OF INTRINSIC AND EXTRINSIC SEMICONDUCTORS

4.3 FERMI ENERGY FERMI DIRAC DISTRIBUTION FUNCTION POSITION OR FERMI LEVEL IN INTRINSIC AND EXTRINSIC SEMICONDUCTOR AND ITS VARIATION WITH TEMPERATURE WITH DERIVATIONS

4.4 HALL EFFECT HALL COEFFICIENTS

4.5 MODERN PHYSICS HEISENBERGS UNCERTAINTY PRINCIPLE. EXPERIMENTAL ILLUSTRATION OF UNCERTAINTY PRINCIPLE

4.6 SCHRODINGER TIME DEPENDENT AND TIME INDEPENDENT WAVE EQUATION.

4.7 PHYSICAL SIGNIFICANCE OF WAVE FUNCTION

4.8 ATOMIC STRUCTURE ZEEMAN EFFECT CLASSICAL EXPRESSION FOR ZEEMAN SHIFT

4.9 RAMAN EFFECT DERIVATION FOR RAMAN SHIFT

4.1 SEMICONDUCTORS INTRODUCTION

4.2 ENERGY BAND STRUCTURE OF INTRINSIC AND EXTRINSIC SEMICONDUCTORS

4.3 FERMI ENERGY FERMI DIRAC DISTRIBUTION FUNCTION POSITION OR FERMI LEVEL IN INTRINSIC AND EXTRINSIC SEMICONDUCTOR AND ITS VARIATION WITH TEMPERATURE WITH DERIVATIONS

4.4 HALL EFFECT HALL COEFFICIENTS

4.5 MODERN PHYSICS HEISENBERGS UNCERTAINTY PRINCIPLE. EXPERIMENTAL ILLUSTRATION OF UNCERTAINTY PRINCIPLE

4.6 SCHRODINGER TIME DEPENDENT AND TIME INDEPENDENT WAVE EQUATION.

4.7 PHYSICAL SIGNIFICANCE OF WAVE FUNCTION

4.8 ATOMIC STRUCTURE ZEEMAN EFFECT CLASSICAL EXPRESSION FOR ZEEMAN SHIFT

4.9 RAMAN EFFECT DERIVATION FOR RAMAN SHIFT

Unit - 6 Nanotechnology

6.1 INTRODUCTION and PROPERTIES OF NANOPARTICLES

6.2 SYNTHESIS OF NANOPARTICLES

6.3 APPLICATIONS

6.4 CARBON NANOTUBE CNT INTRODUCTION TYPES OF CNT

6.5 IMPORTANT PROPERTIES ELECTRIC MAGNETIC MECHANICAL

6.6 APPLICATIONS OF CNT

6.1 INTRODUCTION and PROPERTIES OF NANOPARTICLES

6.2 SYNTHESIS OF NANOPARTICLES

6.3 APPLICATIONS

6.4 CARBON NANOTUBE CNT INTRODUCTION TYPES OF CNT

6.5 IMPORTANT PROPERTIES ELECTRIC MAGNETIC MECHANICAL

6.6 APPLICATIONS OF CNT

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