BABU BANARASI DAS NORTHERN INDIA INSTITUTE OF TECHNOLOGY, LUCKNOW (U. P.) B.TECH FIRST YEAR FIRST SEMESTER 2012-2013 SUBJECT- ENGG.PHYSICS-II LECTURE PLAN

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BABU BANARASI DAS NORTHERN INDIA INSTITUTE OF TECHNOLOGY,
LUCKNOW (U. P.)

B.TECH FIRST YEAR FIRST SEMESTER 2012
-
2013


SUBJECT
-

ENGG.PHYSICS
-
II

LECTURE PLAN


UNIT NO.

TOPIC

CONTENTS

NO. OF
LECTUR
ES

TOTAL
LECTURES

I

WAVE
MECHANICS











X
-
RAYS

Wave particle duality, deBroglie
concept of matter waves

Devission Germer Experiment

Phase and group velocity, relation
between group velocity and particle
velocity

Uncertainity principle and its
applications

Wave function and its significance

Schrodinger’
s wave equation

Particle in one dimensional box


Diffraction of X
-
rays by crystal planes
(Bragg’
s la
w
)

Braggs spectrometer

Compton effect


1

1


1



1


1

1



1

1

1





06










03




II
























DIELECTRIC
























Introduction of dielectric, dielectric
constant and polarization of dielectric

Types of polarization relation between
(i) E,D,P (ii)P,K (iii)χ
e
,K

Equation of internal fields in solids
and liquid ( one dimensional)

Clausius Mossotti equation

Ferro
nand Piezo electricity
(Qualitative)

Dielectric loss and Frequency
dependence of dielectric constant,
Important applications of dielectrics


Introduction of magnetic materials,
phenomenon of hysteresis and its
applications

Langevin’s theory of diamagnesis
m

Langevin’s theory of paramagnesism


Generation of ulrtasonics

Detection and applications of
ultrasonics




1


1


1


1




2




1

1

1


1


1










06








03





02



UNIT NO.

TOPIC


CONTENTS


NO. OF
LECTUR
ES

TOTAL
LECTURES

III

ELECTRO

MAGNETICS

Ampere’s law and
displacement
current

Maxwell equation in integral and
differential form

Wave propagation in free space and
conducting media

Poynting Theorem


1


2


1

1





04










IV

SUPERCON
-
DUCTIVITY










SCIENCE AND
TECHNOLOGY
OF NANO
MATERIALS

Temperature
dependence of resistivity
in superconducting materials, effect of
magnetic field (Meissner effect)

Type I and Type II superconductors,
Temperature dependence of critical
field, BCS Theory (Qualitative)

Characteristics of superconductors in
superconducting

state

High Temperature superconductors
and applications of superconductors


Introduction to nanomaterials

Basic
principle of n
anoscience



and technology ,creation and uses of
Buckyballs

Structure ,properties and uses of
carbon nanotubes, application of
Nanotechnology

1



1



1


1



1




1



06