1
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
M.SC. ( PHYSICS) CBCS Syllabus 2011
Document code :
Revision No:
Name of Faculty
Faculty Code
SYLLABUS MSPHY2011
00
SCIENCE
SC
Programme Name :
MASTER OF SCIENCE (PHYSICS)
Programme Code :
Effective from:
MSPHY
June 2011
2
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
The proposed New Course in M.Sc. PHYSICS PROGRAMME is based on Choice Based Credit
System (CBCS) which is in force from June-2011.
CBCS Course Pattern
1. This programme is divided into four Semesters (Two Years). The duration of an academic year consists of
two semesters, each of 15 weeks for teaching. The academic session in each semester will provide 90
teaching days.
2. There will be three categories of courses/papers in this programme:
A. Three Compulsory-Core theory courses (two disciplinary and one inter disciplinary) with 4 credits
each in first three semesters.
B. One Choice Based Elective Course (disciplinary/interdisciplinary) with 2 credits in first three
semesters.
C. One Practical course (PR) with 6 credits in first three semesters.
D. In the IV Semester, a student can undertake two core theory courses
(8-credits), project/field work (6-credits), practicals (4-credits) and Research methodology (2credits) OR Major Dissertation (18-credits) and Research methodology (2-credits).
3. Detailed Course Pattern for each Semester is given bellow.
3
Sem
1
1
Combination
Code
Old
Paper
Code
CPH401
CPH402
Paper Code
Paper
Type
Marking scheme
Paper Name
External
The
Pra
Internal
The
Credit
Total
Pra
CC
Mathematical
Physics -I
Andquantum
Mechanics –I
(MPA)
70
30
4
100
MSPHY102CC
CC
Solid State
Physics-I And
Electronics-I
(SPE)
70
30
4
100
70
30
4
100
MSPHY101CC
1
CPH403
MSPHY103CC
CC
Computer(COM)
1
PPH401
MSPHY101PR
PR
Practicals (PCT)
1
EPH401
ES
Electronic
Communication
(ETC)
50
2
50
1
EPH402
MSPHY102ES
ES
Space Physics
(SPH)
50
2
50
1
EPH403
MSPHY103ES
ES
Application
Ofcomputer In
Physics (ACP)
50
2
50
MSPHY101ES
150
Remarks
6
Any one
from
MSPHY
101 ES103ES
Any one
from
MSPHY
101 ES103ES
Any one
from
MSPHY
101 ES103ES
4
Sem
Combination
Code
Old
Paper
Code
Paper Code
Paper
Type
Marking scheme
Paper Name
External
The
Pra
Internal
The
Credit
Total
Pra
CC
Electrodynemics
And
Microprocessor
(EMP)
70
30
4
100
MSPHY202CC
CC
Classical
Mechanics And
Programming In
C-I (CMP)
70
30
4
100
2
CPH503
MSPHY203CC
CC
Nano
Technology
(NTL)
70
30
4
100
2
PPH501
MSPHY201PR
PR
Practicals (PCT)
2
EPH501
MSPHY201ES
ES
Energy
Technology And
Storage
Systems (ETS)
50
2
50
2
EPH502
MSPHY202ES
ES
Synthesis Of
Materials (SYM)
50
2
50
2
EPH503
MSPHY203ES
ES
Experimental
Techniqes (ETQ)
50
2
50
2
2
CPH501
CPH502
MSPHY201CC
150
Remarks
6
Any one
from
MSPHY
201 ES203ES
Any one
from
MSPHY
201 ES203ES
Any one
from
MSPHY
201 ES203ES
5
Sem
3
3
Combination
Code
Old
Paper
Code
CPH601
CPH602
Paper Code
Paper
Type
Marking scheme
Paper Name
External
The
MSPHY301CC
CC
MSPHY302CC
CC
Statistical
Mechanics
And Nuclear
Physics
(SAN)
Digital
Electronics
And
Programming
In C-II (DEP)
Internal
Pra The
Credit
Total
Pra
70
30
4
100
70
30
4
100
70
30
4
100
3
CPH603
MSPHY303CC
CC
Biophysics
(BIP)
3
PPH601
MSPHY301PR
PR
Practicals
(PCT)
3
EPH601
ES
Linear Ics
Applications
(LAP)
50
2
50
3
EPH602
MSPHY302ES
ES
Pulse And
Microwave
Electronics
(PME)
50
2
50
3
EPH603
MSPHY303ES
ES
Research
Methodology
(RML)
50
2
50
MSPHY301ES
150
Remarks
6
Any one
from
MSPHY
301 ES303ES
Any one
from
MSPHY
301 ES303ES
Any one
from
MSPHY
301 ES303ES
6
Sem
4
4
Combination
Code
Old
Paper
Code
CPH701
CPH702
4
Marking scheme
Paper
Type
Paper Name
CC
Mathematical
Physics -II
And Quantum
Mechanics – II
(MPQ)
70
MSPHY402CC
CC
Solid State
Physics-II And
Electronics-II
(SSE)
70
MSPHY401MP
MP
Project (PRT)
150
ES
English
Language
Communication
(ELC)
50
2
50
50
2
50
4
100
Paper Code
External
The
MSPHY401CC
4
EPH701
4
EPH701
MSPHY402ES
ES
Personality
Development
(PDM)
4
PPH701
MSPHY401PR
PR
Practicals
(PCT)
MSPHY401ES
Pra
100
Credit
Total
30
4
100
30
4
100
4
150
Internal
The
Remarks
Pra
Any one
from
MSPHY
401ES402ES
Any one
from
MSPHY
401ES402ES
OR
4
EPH701
MSPHY403ES
ES
English
Language
Communication
(ELC)
4
EPH701
MSPHY404ES
ES
Personality
Development
(PDM)
50
MSPHY401DI
DI
Dissertation
(DIN)
450
4
50
2
50
2
50
450
Any one
from
MSPHY
403ES404ES
Any one
from
MSPHY
403ES404ES
7
Pattern/Scheme of Examination
There will be examinations at the end of each semester ordinarily during November / December for odd
semesters and during April/May for even semesters.
Theory Examinations:
Out of the total marks for each course/paper maximum 30% marks shall be earmarked for Internal
Exam.(Through continuous internal evaluation process ) and remaining 70% for External Exam. (Through semesterend examinations).
There will be one semester-end examination of three hours duration for core theory papers and two hours
for elective papers. Each answer script of semester end examination (theory) will be valued by internal as well as
external examiner.
The passing marks in each paper shall be 40%. There is no separate pass mark for internal assessment. A
candidate has to secure a minimum of 40% of marks in the semester-end examination plus internal evaluation put
together to pass a paper.
Practical Examination:
In the case of science faculty, there will be a practical examination at the end of every semester. There will
be two Practicals from each groups (75 Marks each for Sem.-I to III and 50 Marks each for Sem.-IV) in the Exam.
The passing marks for practicals will be 40%. The practical examinations shall be conducted with one internal and
one external examiner.
In 4th Semester for project work there will be 50 marks for project report, 50 marks for project presentation
and 50marks for viva. For dissertation work there will be 200 marks for dissertation, 150 marks for presentation
and100 marks for viva.
There will be no internal assessment test for practicals, Elective courses, Dissertation work, and Project
work in any semester.
Internal Assessment
For each paper/course in a semester there will be Continuous internal evaluation process which includes

Unit Test / Int.Test

MCQ Test / QUITZ Test

Seminar/ Poster Presentation/ Assignment work

Attendance - Regularity & Study Tour

Library work -Book Review
8
Structure of the Paper in Examination
For Core Courses (Disciplinary/Interdisciplinary):
There will be five questions each of 14 marks. First question will be from Unit - I, Second question
from Unit-II, Third question from Unit-III, Forth question from Unit-IV and Fifth question will be from all four
Units. All the questions are detailed as under. (Total 70 Marks and 3 Hours time for the Paper)
1 (a) Answer the following (Any one out of two OR two out of three)
(Theory questions)
(b) Attempt any one of following (out of two)
(Application/Problem/Example)
10 Marks
2 (a) Answer the following (Any one out of two OR two out of three)
(Theory questions)
(b) Attempt any one of following (out of two)
(Application/Problem/Example)
10 Marks
3 (a) Answer the following (Any one out of two OR two out of three)
(Theory questions)
(b) Attempt any one of following (out of two)
(Application/Problem/Example)
10 Marks
4 (a) Answer the following (Any one out of two OR two out of three)
(Theory questions)
(b) Attempt any one of following (out of two)
(Application/Problem/Example)
10 Marks
5 Answer the following (Any seven out of ten)
(Short answer or objective type questions)
04 Marks
04 Marks
04 Marks
04 Marks
14 Marks
9
For Elective Courses (Disciplinary/Interdisciplinary):
There will be three questions first and second questions are of 20 marks each and third question is of 10
marks. First question will be from Unit - I, Second question from Unit-II, Third question will be from all three Units. All
the questions are detailed as under. (Total 50 Marks and 2 Hours time for the Paper)
1 (a) Answer the following (Any one out of two OR two out of three)
(Theory questions)
10 Marks
(b) Answer the following (Any one out of two)
(Theory questions)
06 Marks
(c) Attempt any one of following (out of two)
(Application/Problem/Example)
04 Marks
2 (a) Answer the following (Any one out of two OR two out of three)
(Theory questions)
10 Marks
(b) Answer the following (Any one out of two)
(Theory questions)
06 Marks
(c) Attempt any one of following (out of two)
(Application/Problem/Example)
04 Marks
3 Answer the following (Any five out of seven)
(Short answer or objective type questions)
10 Marks
10
HEMCHANDRACHARYANORTH GUJARAT UNIVERSITY, PATAN
CHOICE BASED CREDIT SYSTEM (CBCS) in MASTER OF SCIENCE
Committee Members for Grading System to be implemented from June 2011
Dr. B L Punjani, Dean, Science Faculty, HNGU
Dr. J J Vora, Prof. & Head, Deptt. of Chemistry, HNGU
Dr. M B Prajapati, Prof. & Head, Deptt. of Mathematics, HNGU
History of grading:
Developed by: A tutor named William Farish
1st implemented by: University of Cambridge in 1792, for the closure scrutinize of the students' work more
quantitatively.
The Syndicate of the university has approved the Choice Based Credit System course for the Master programme in
which the passing standard minimum of 40% for each course of the programme.
Grades:
These are standardized measurements of varying levels of comprehension within a subject area. Grades can be
assigned in letters (for example, A, B, C, D, E or F), as a range (for example 1.0–7.0), as descriptors (excellent,
great, satisfactory, needs improvement), in percentages, as a Grade Point Average (GPA). A Cumulative Grade
Point Average (CGPA) is a calculation of the average of all of a student's grades for all semesters and courses
completed up to a given academic term, whereas the GPA may only refer to one term.
Procedure of awarding the grades
Marks and Award of Grades:
The following TABLE-I gives the marks, numerically grades, letter grades and classification to indicate the
performance of the candidate.
11
Table 1
Conversion of Marks to Numerical Grade and Letter Grade
(Course Performance)
Sr.
No.
% marks obtained
Numerical grade
earned
Letter grade earned
Performance of the
student
1
90-100
6.0 – 7.0
A+
Outstanding
2
80-89
5.0 – 5.9
A
Excellent
3
70-79
4.0 – 4.9
B+
Distinction
4
60-69
3.0 – 3.9
B
Very good
5
50-59
2.0 – 2.9
C+
Good
6
40-49
1.0 – 1.9
C
Satisfactory
7
00-39
0.0
F
Re-appear/fail
8
Absent
0.0
AAA
Absent
It is clear from the Table 1 that, if any student obtains 67% in semester end examination in some course sayCourse-M, then the Numerical Grade earned is 3.7 and Letter grade earned is B (Very Good) in that course.
The result of successful candidates at the end of each semester shall be declared in terms of GRADE POINT
AVERAGE (GPA) and letter grade. The result at the end of fourth semester shall be classified on the basis of the
Cumulative Grade Point Average (CGPA) obtained in all the four semester and the corresponding overall letter sign
grade. The SEVEN point grading system with the Numerical as well as the letter grade as described as above and
shall be recommended to be adopted. The Grade Point Average (GPA) and the Cumulative Grade Point
Average(CGPA) at the end of fourth semester shall be computed as follows.
Computation of Grade Point Average(GPA):
Grade Point Average (GPA) is a measure of how well one is doing in academic studies. A student’s Grade Point
Average, or GPA, is a mathematical calculation that indicates where an average of the grades falls on the given
scale. The academic grading scale goes from “A+” to “C”, with corresponding numerical grade points ranging from
the highest “7.00” to the lowest “1.00”.
12
The letter grade is assigned a numerical grade value according to the Grading Systems- as shown in the Table 1.
Each letter grade has a numeric grade point value assigned which is used to calculate Grade Point Average (GPA)
and cumulative grade point average (CGPA).
The numerical grade in a course shall be assigned on the basis of actual marks scored at the semester end
examination including Internal Assessment in that course as per the above Table 1 provided he/she secures a
minimum of 40% marks in the semester examination. The candidate securing less than 40% of marks in the end of
semester examination(including Internal marks) in any course ( may be a theory / practical
/ project_work
/dissertation,etc.) shall be declared to have failed OR to be re-appear in the next exam in that course.
The Grade Point (GP) for each course shall then be calculated as the product of the Numerical Grade earned in that
course and the credits for that course. The Grade Point Average (GPA) for each semester is obtained by adding the
GP of all the courses of the semester dividing by total Credits of the semester (in science faculty it is 20 credits for
each semester).
Procedure for GPA calculation:
Let, Ci = Credits of the ith course in the semester,
Gi= the numerical Grade obtained for the ith course in the semester and
N= the number of courses (credited) offered in the semester, then
Calculation of the Grade Point (GP) ith course of the semester is calculate as:
GRADE POINT (GPi) = Gi x Ci
GRADE POINT AVERAGE [GPA]
= (GP1 + GP2 +…+ GPn) / (C1 + C2 +…+ Cn)
= (GP1+GP2+…+GPn) / 20 (since total credit for each semester=20)
= (C1 x G1 + C2 x G2 +… + Cn x Gn) / (C1 + C2 + …+ Cn)
That is,
GPA=
Sum of the multiplication of numerical grade by the credits of the courses
Sum of the credits of the courses in a semester
13
Table 2
Calculation of GP and GPA for Semester I
Course
offered
1
Marks obtained
Course
Total/
Credit Internal External
out of
2
CBO-101
CBO-102
CBO-103
PBO-101,
PBO-102,
PBO-103
EBO-102
Total
3
4
4
4
4
24
21
19
5
37 61/100
56 77/100
44 63/100
% age
Numerical
of
grade
marks
6
7
61%
77%
63%
3.1
4.7
3.3
Letter
grade
Grade
point
(GP=7 *
2)
GPA
Final grade
and
performance
8
9
10
11
B
B+
B
12.4
18.8
13.2
3.92
6-
108 108/150
72%
4.2
B+
25.2
220
37 37/50
74%
4.4
B+
8.8
78.4
B
Very Good
Table 3
Calculation of GP and GPA for Semester II
Course
offered
1
CBO-201
CBO-202
CBO-203
PBO-201,
PBO-202,
PBO-203
EBO-201
Total
Marks obtained
Course
Credit Internal External Total/
out of
2
3
4
4
4
4
19
23
25
5
% age
Numerical
of
grade
marks
6
7
Letter
grade
8
Grade
point
(GP=7 *
2)
9
58 77/100
49 72/100
61 86/100
77%
72%
86%
4.7
4.2
5.6
B+
B+
A
18.8
16.8
22.4
6-
110 110/150
73%
4.3
B+
25.8
220
35 35/50
70%
4
B+
8
91.8
GPA
Final grade
and
performance
10
11
4.6 &
76%
B+
Distinction
14
Table 4
Calculation of GP and GPA for Semester III
Course
offered
Marks obtained
Course
Credit Internal External Total/
out of
1
2
CBO-301
CBO-302
CBO-303
PBO-301,
PBO-302,
PBO-303
EBO-302
Total
3
4
4
4
4
18
25
22
5
% age
Numerical
of
grade
marks
6
7
Letter
grade
8
Grade
point
(GP=7 *
2)
9
53 71/100
59 84/100
51 73/100
71%
84%
73%
4.1
5.4
4.3
B+
A
B+
16.4
21.6
17.2
6-
112 112/150
75%
4.5
B+
27
220
38 38/50
76%
4.6
B+
9.2
91.4
GPA
Final grade
and
performance
10
11
4.6 &
76%
B+
Distinction
Table 5
Calculation of GP and GPA for Semester IV
Course
offered
Marks obtained
Course
Credit Internal External Total/
out of
1
CBO-401
CBO-402
PBO-401,
PBO-402,
Soft Skill
Project worK
Total
2
3
4
4
4
24
26
5
% age
Numerical
of
grade
marks
6
7
8
Grade
point
(GP=7 *
2)
9
Letter
grade
60 84/100
58 84/100
84%
84%
5.4
5.4
A
A
21.6
21.6
4-
115 115/150
77%
4.7
B+
18.8
2620
35 35/50
120 120/150
70%
80%
4
5
B+
A
8
30
100
GPA
Final grade
and
performance
10
11
5.0 &
80%
A
Excellent
Note: The candidates who pass the subject at first appearance and within the prescribed semester of the PG
Programme ( Core, Elective, Non-major Electives and Extra-Disciplinary courses alone) only shall be eligible for the
evaluation process of the Grade point of that subject. Those students who clear the examination at second or
subsequent attempt or having skipped the first attempt in the subject shall be granted the numerical grade of only 1.0
(as the lowest one) instead of the higher numerical grade obtained by the candidate.
15
Calculation of CGPA for the entire programme
Cumulative GPA is a calculation of the average of all grades for all semesters and courses completed at the PG
programme.
CUMULATIVE GRADE POINT AVERAGE [CGPA] =
CGPA=
Sum of the multiplication of GPA of the semester by the total credits of that semester
Sum of the credits of the courses of the entire programme
Table 6
Calculation of CGPA for entire programme
Semester
Credits
GPA
Obtained
1
I
II
III
IV
Total
2
3
20
20
20
20
80
3.9
3.6
4.6
5
Letter
grade
obtained
% age
obtained
4
B
B+
B+
A
5
69
76
76
80
Total
grade
point
average (3
x 2)
6
78
72
92
100
342
CGPA
Grade/Class/
Equivalent % age
7
8
4.3
B+/
Distinction/
73%
Descriptions of each component described as follow:
Letter Numerical Grade
Grade
Grade Points
Performace
Letter Grade Description
A+
90 - 100
6.0 to 7.0
Out standing
A
80 – 89
5.0 to 5.9
Excellent
First Class Standing. Superior Performance showing
comprehensive, in-depth understanding of subject
matter. Demonstrates initiative and fluency of
expression.
B+
70 - 79
4.0 to 4.9
Distinction
Clearly above average performance with knowledge of
principles and facts generally complete and with no
serious deficiencies.
B
60 - 69
3.0 to 3.9
Very Good
Basic understanding with knowledge of principles and
facts at least adequate to communicate intelligently in
the discipline.
16
C+
50 – 59
2.0 to 2.9
Good
Some understanding of principles and facts but with
definite deficiencies.
C
40-49
1.0 to 1.9
Satisfactory
A passing grade indicating marginal performance.
Student not likely to succeed in subsequent courses in
the subject.
F
0 – 39
0.00
Unsatisfactory /
Knowledge of principles and facts is fragmentary; or
Fail
student has failed to complete substantive course
requirements.
AAA
--
0.00
Absent
Did not complete the course or less than 40% of
course work completed.
Chairman,
B.O.S. - Physics,
17
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
MSPHY
Programme Name :
M.Sc.PHYSICS
MSPHY101CC
Course Code
Semester :
1
MATHEMATICAL PHYSICS -I AND QUANTUM MECHANICS – I (MPA)
Course type :
Core Compulsory Total Credit :
04
Teaching time
Examination Marking scheme
(hours)
Theory
(hrs)
4X 15=60
Unit
Topic
1
1.1
2
2.1
3
3.1
3.2
4
4.1
Practical
(hrs)
Internal
(Marks)
30
External
(Marks)
70 ( 3 hrs)
Content
Function of a Complex Variable
Introduction, Analytic functions, Contour Integrals, Laurent series, Residue
Theorem, Methods of Finding Residues, Evaluation of Definite Integrals by
use of the Residue theorem, The point of Infinity, residue of infinity,
Mapping, Some Applications of conformal mapping.
Integral Transforms:
Introduction, Laplace Transforms, Solution of Differential Equation by
Laplace Transforms, Fourier Transforms, Convolution: Parseval's
Theorem, Inverse Laplace Transform (Bromwich Integral), the Dirac delta
function, Green functions, Integral transform solutions of partial differential
equations.
Some exactly soluble Three-dimensional problem in quantum
mechanics :
Anisotropic oscillator, The isotropic oscillator, Normal modes of a coupled
system of particles.
Approximation methods for stationary states:
Perturbation theory for Discrete level, Equation in various orders of
perturbation, theory, Non degenerate case, The degenerate case - removal
of degeneracy, The effect of electric field on energy level of an atom (Stark
effect),Two electron atoms. The variation method; Upper bound on ground
state energy, Applications to excited state, Trial function Linear in
variational parameters, Hydrogen molecule, Exchange interaction .
WKB Approximation:
The one dimensional Schrödinger equation (inclusive all cases &
discussion relevant to perturbation theory/WKB method, The BohrSomerfield quantum condition, The WKB solution of radial wave equation.
Total
(Marks)
100
Hours
Marks
W+%
Credit
18
4.2
Evolution with Time:
Exact Formal Solutions :The Schrödinger equation: General Solution,
Propagators, Alteration of Hamiltonian: Transitions; Sudden
Approximation.
Perturbation theory for Time Evolution Problems: Perturbative Solution
for Transition Amplitude, Selection rules, First Order Transitions:
Constant Perturbation, Transitions in the Second Order: Constant
Perturbation.
Reference Book :No
Book Name
1
2
3
4
5
6
7
8
9
10
11
Mathematical Methods in Physical Sciences (Basic) M. L. Boas 2nd edition JhonI Wiley & Sons
A textbook of Quantum mechanics (Basic) P. M. Mathews and K. Venkatesan
Mathematical Methods for Physicist G. B. Afrken& H. J. Weber 5th Edition Harcot (India Pvt.Ltd.)
Mathematical physic P.K.Chattopahyay New age international (P)- Ltd
H. K. Dass. H. K. Dass.
Mathematical Physics Styaprakash, S.Chand
Quantum Mechanics L. I. Schiff, McGraw-Hill International student edition
Quantum Mechanics Vol I & II A. Messiah Jhon Wiley & Sons
Introduction to Quantum Mechanics Powell and CrasemannAddiso-Wesley
Quantum Mechanics V.K. Thankappen Wiely eastern Ltd
Quantum Mechanics : Theory and applications A. Ghatak and S. Lokanathan
19
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
Course type :
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
Topic
1
1.1
2
2.1
3
3.1
3.2
4
4.1
4.2
Practical
(hrs)
MSPHY
Programme Name :
M.Sc.PHYSICS
MSPHY102CC
Semester :
1
SOLID STATE PHYSICS-I AND ELECTRONICS-I (SPE)
Core Compulsory Total Credit :
04
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 hrs)
Content
Total
(Marks)
100
Hours
Marks
Credit
W +%
Electron Energy Bands :
Consequences of Periodicity –Bloch Theorem, Periodicity of Bloch Function
and their eigenvalues, Wave mechanical Interpretation of Energy Bands,
The Kronig-Penney Model, The Nearly Free Electron Model, Zone Scheme
for Energy Bands, Energy Bands in a General Periodic Potential, InsulatorsSemiconductor and Metals, The Tight –binding Approximation, The WignerSeitz Cellular Method.
Mobile Electrons and Fermi Surfaces :
Concept of Holes, Effective Mass, Construction of the Fermi Surfaces,
Electrons in a Uniform Magnatic Field –Free Electrons and Bloch Electrons,
Anomalous Skin Effect, Cyclotron Resonance-Semiconductor and Metals,
Closed Orbits and Open Orbits, de Hass –van Alphen Effect.
Power Amplifiers :
Introduction, Difference between Voltage and Power amplifiers,
Performance quantities of power amplifiers, Class-A power amplifier, and
power distribution, Transformer coupled class –A amplifier, Power
consideration and dissipation, Class-B power amplifier, Class-A Push-Pull
power amplifier, Class-B Push-Pull amplifier, Tuned amplifiers, Single tuned
inductively coupled transistor amplifier, Double tuned transistor amplifier.
Multivibrators:
Multivibrators, Astablemultivibrator, Monostablemultivibrator,
Bistablemultivibrator.
Operational Amplifiers :
Basic Concepts, Ideal operational amplifier, Practical Inverting and NonInverting OP-AMP, Characteristics of OP-AMP, Differential Amplifier, Some
Op-AMP Parameters, Effects of offset, Frequency Response and Stability,
Applications of OP-AMP: As a Scale Changing-Phase Shifting and Summing
amplifier, Voltage Follower, Integrator, Differentiator, Logarithmic and
Antilogarithmic amplifier, Bridge amplifier, Schmitt Trigger, Saw-tooth wave
,:
20
generator, The 555 IC Timer-as a Monostable and Astablemultivibrator,
Bootstrap Sweep generator.
Reference Book :No
1
2
3
4
5
6
7
8
9
Book Name
Elements of Solid state Physics (Basic) J.P.Srivastava PHI
Hand Book of Electronics (Basic) Gupta and Kumar PragitiPrakashan Meerut
Elecronics and Radio Engineering M.L. Gupta D.R. Pub.Co
Integrated Circuits K.R.Botkar Khanna Pub
Electronicss fundamental and applications John D Ryder PHI
Integrated Electronics Millman and Halkias Int. Student/s Edition
OP-AMPs and Linear Integrated Circuits R.A. Gayakwad PHI Pub
Basic Electronics and Linear Circuits N.N.Bhargava D.C.Kulshreshtha, S.C.Gupta.
Electronic Devices and Circuits A.Mottershead Prentice Hall of India
21
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
Course type :
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
Topic
1
1.1
1.2
2
2.1
3
3.1
3.2
3.3
Practical
(hrs)
MSPHY
Programme Name :
MSPHY103CC
Semester :
COMPUTER (COM)
Core Compulsory Total Credit :
M.Sc.PHYSICS
1
04
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 hrs)
Content
Windows and Power Point:
Basic features and simple commands of operating system-windows and
its uses. Accessories: Notepad, Calculator, Disk cleanup, Disk
defragmentation, Windows explorer, Control panel.
Starting PowerPoint, Creating presentations, Creating presentation
using templates, Creating blank presentations, Formatting Slide,
Animation(Transition), Slide show, Quitting power point.
Micro-Soft Word:
Starting word, Word processor basics, word wrapping, adding or
deleting tools, Selecting blocks of text, Copying text, Moving text, search
and replace, editing a document, character formatting and style, Margin
settings and columns, Justification of text, Line spacing, Setting tabs,
Automatic tasks, Creating letters in readymade formats, Change case,
Borders and Shading, Bullets and Numbering, Spelling and Grammar
checking, Clip Art, Creating Drawing (with Toolbar), Auto correct, Auto
Text, Printing a document, Short Keys, Help. Menus in Microsoft word:
Menus, Menu bar, Toolbar, Table etc.
Micro-Soft Excel :
Introduction to spreadsheets, Use of spreadsheets, spreadsheets
basics, Labels, Values and Functions, Formula, Functions, What-if
analysis, Automatic recalculation, formatting spreadsheet, graphs.
Introduction to Excel : Functions of Microsoft Excel, starting ms-excel,
Excel work environment, changing the size of work book and excel
window, Cell and Cell address, Standard toolbar, Formatting toolbar, the
formula bar, status bar, Components of an excel workbook, quitting msexcel
Working in Excel : Moving inside a workbook, Moving the cell pointer
quickly, Selecting a command, types of data, Entering data at cell
Total
(Marks)
100
Hours
Marks
Credit
W +%
22
3.4
3.5
3.6
3.7
3.8
4
4.1
4.2
address, Making changes to an entry, saving your workbook, closing the
workbook, quitting ms-excel
Mathematical Calculations: Formulas using numbers, Formulas using
cell address, Opening ms-excel and entering data, Defining functions,
writing a function, Common excel functions
Manipulating data: Moving data, Copying data, Relative cell
addressing, absolute cell addressing, Copying values, not formula or
function, deleting rows and columns, Deleting contents of a row,
Inserting rows, inserting columns, Automatic filling of entries, quitting
ms-excel
Changing the layout: Aligning data, Increasing or decreasing the
column width, Increasing or decreasing the height of rows, Erasing the
contents of a sheet, Deleting data from the cell address, Setting column
width to zero, Values formatting, Points to remember, Closing workbook
and quitting excel
Simple Graphs: Drawing a graph, Naming the sheet, saving the
workbook, printing and closing a graphic sheet, opening the saved
graphic sheet, quitting ms-excel
Manipulating Sheets: Adding sheet to a workbook, Adding many sheet
to a workbook, renaming a sheet and entering data in it, Moving sheet,
Copying data between sheets, Protecting the workbook, Deleting a
sheet from a workbook, Saving the workbook automatically, Closing the
workbook, recovering the deleted workbook, quitting ms-excel.
Computer Network,Internet and Virus:
Local Area Network(LAN), Metrepolean Area Network(MAN) Wide Area
Network(WAN), Routing, Network topology.
Use of Internet, Web Brouser, Search Engine, Surfing, Mail(Draft,Send,
Receive, Delete), TCP/IP, Uniform resource locator (URL), Internet service
provider, Internet security, surfing.
Introduction to computer viruses, What is virus?, Classification of viruses,
Latest known viruses, virus prevention, Anti virus.
Reference Book :No
1
2
3
4
5
Book Name
IT Tools and Applications R.K. Taxali
Comdex Computer Course Kit Vikas Gupta Publisher: Dreamtechl
Microsoft Office 2000 Complete Sybex BPB Publication
Peter Norton Complete Guide to Microsoft Office 2000 Wayne S. Freeze BPB Publication
Fundamental of Information technology Deepak Bharihoke
23
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY101PR
Programme Name :
Semester :
M.Sc PHYSICS
1
PRACTICALS (PCT)
Course type :
Teaching time
(hours)
Theory
(hrs)
Unit
Practical
(hrs)
4X 15=60
Topic
Practical
Total credit :
02
Examination Marking scheme
Internal
(Marks)
External
(Marks)
150 ( 6 × 3 Hors )
Content
3
4
5
6
7
8
Group – I
e/m by Magnetron Valve.
Temperature Co-efficient of Platinum resistance Thermometer by Carry
Foster or C.G. Bridge.
Study of Hall Effect.
Study of hysterisis of Anchor ring / transformer using C.R.O.
E.B.Plate (Determination of unknown wavelength and air gap).
F.P. Interferrometer.
Computer
Computer
1
2
3
4
5
6
7
8
Group – II
Transistorized R.C. Phase shift Oscillator.
UJT as a Relaxation Oscillator.
AstableMultivibrator.
Study of Power Amplifier.
FET amplifier.
Inverting OP-AMP.
Differential Amplifier.
Regulated Power Supply(78xx & 79xx)
1
2
Total
(Marks)
150
Hours
Marks
Credit
W +%
24
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY101ES
Programme Name :
Semester :
M.Sc PHYSICS
1
ELECTRONIC COMMUNICATION (ETC)
Course type :
Elective Subject
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Unit
Topic
1
1.1
1.2
1.3
2
2.1
2.2
2.3
2.4
Total credit :
02
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Content
Transmission lines and Waveguides:
Transmission lines: Equivalent circuit, primary constants,
transmission
line equations, infinite line, characteristic impedance,
secondary constants, open and
short circuited line, line with any termination
Waveguides: Rectangular waveguides, Modes, Properties
of TE10 mode, generating TE10
mode from two TEM waves, fields patterns
Digital and Satellite communication:
Digital communication, Shannon limit for information capacity, digital
amplitude
modulation, frequency shift keying, FSK transmitter and receiver.
Satellite communication, Orbital and geostationary satellites orbital
patterns, look angles
satellite construction, radiation patterns, satellite system link models,
transponder
satellite system parameters
Reference Book :No
1
2
3
4
5
Book Name
Electronic Communication Systems WyneTomasi Pearson Education Asia IIEd
Electronic Communication System George Kennedy TMH
Electronic Communications Dennis Roddy& John Coolen PHI
Modern Electronic Communication Gray M. Miller & Jeffrey S. Beasley PHI
Hand Book of Electronics Gupta and Kumar PragitiPrakashan Meerut
Total
(Marks)
50
Hours
Marks
Credit
W +%
25
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY102ES
Programme Name :
Semester :
M.Sc PHYSICS
1
SPACE PHYSICS (SPH)
Course type :
Elective Subject
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Total credit :
02
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Unit
Topic
Content
1
1.1
Basic Concepts of Earth’s Atmosphere:
Atmosphere nomenclature, Hydrostatic equations scale height,
Geopotential height, Chemical concepts of atmosphere,
Thermodynamic considerations, elementary chemical kinetics
composition and chemistry of middle atmosphere and thermosphere.
Structure and Variability of Earth’s Ionosphere:
Introduction to ionosphere, photochemical processes, Chapman’s
theory of photo ionization, production of ionospheric layers, morphology
of the ionosphere.
1.2
2
2.1
2.2
Total
(Marks)
50
Hours
Marks
Credit
W +%
Aurora and Airglow: Night glow, Dayglow, Twilight glow, Aurora,
Photometer for airglow measurement, applications of Airglow
measurement for ionospheric dynamicsand composition
Magnetosphere:Circulation in the magnetosphere, magentospheric
electric fields,particles in the magnetosphere, plasmasphere and its
dynamics,magnetospheric current system, magneto pause current tail
current ring current and Birlkeland current.
Reference Book :No
1
2
3
4
5
6
Book Name
Introduction to Ionosphere and Magnetosphere J.A. Ratcliff Ratcliff CUP
The Solar-Terrestrial Environment JK. Hargreaves CUP
Introdution Space Physics M.J. Kievelson CUP
Chemistry Sensing and Image Interpretation .M. Lillesand and R.L. Kiefer 4th Edition John Wiley & Sons
The solar terrestrial environment J K Hargreaves CUP
Space Plasma Physics A C Das Narosa Pub
26
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY103ES
Programme Name :
Semester :
M.Sc PHYSICS
1
APPLICATIONS OF COMPUTER IN PHYSICS (ACP)
Course type :
Elective Subject
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Unit
Topic
1
1.1
1.2
1.3
2
2.1
2.2
2.3
2.4
2.5
Total credit :
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Content
Mathematica
Introduction: interfaces, numerical and algebraic calculations.
Symbolic mathematics: differentiation, integration, sums and products,
solving equations, differential equations, power series, limits, integral
transforms, recurrence equations.
Numerical mathematics: numerical sums, products and integrals
numerical equation solving, numerical differential equations,
optimization.
Functions and programs
Graphics and sound
Input/output
File operations.
Basic introduction of other scientific software packages such as
MATLAB, MathCAD.
Reference Book :No
1
2
02
Book Name
Mathematica book S. Wolfram 5th Edition
Matlab Programming Y. K. Singh, B. B. Chaudhuri PHI
Total
(Marks)
50
Hours
Marks
Credit
W +%
27
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Topic
1
1.1
1.2
MSPHY201CC
Programme Name :
Semester :
M.Sc PHYSICS
2
ELECTRODYNEMICS AND MICROPROCESSOR (EMP)
04
Core Compulsory Total credit :
Course type :
Unit
MSPHY
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 hrs)
Content
Maxwell's equations:
Maxwell's equation in matter, Boundary condition, Charge and energy : The
Continuity equation, Poynting’s Theorem, Momentum : Newton’s Third Law,
Maxwell’s Stress Tensor, Conservation of Momentum, Angular Momentum.
Potentials and Fields:
Continuous Distribution s : Retarded potentials, Point charges
:LienardWiechertpotentials .
2
2.1
2.2
Radiation and Relativity:
Dipole radiation, What is radiation ?, Electric dipole radiation, Magnetic
dipole radiation, Radiation from an arbitrary source, Point charges : Power
radiated by a point charge, Radiation reaction, The Physical basis of radiation
reaction.
Dynamics, Relativistic electrodynamics, How the fields transform? ,The field
tensor, Electrodynamics in tensor notation.
3
3.1
Microprocessors, Advancesin semiconductor technology, Organization of
Microprocessor based system,
Microprocessors instruction set and computer Langugaes: Machine language,
8085-Machine language, 8085 -Assembly Language, Writing and Executing an
assembly language program, High level language, Operting systems,
Microprocessors architecture and its operational, M.I.O. and 8085 Bus
organization, Internal data operations and the 8085 registers, Paripheral or
externally intiated operations, Memory, Flip -Flop or latch as a storage element,
Memory Map and addresses, Memory address range of a 1K memory chip,
Memory classification, Logic Devices for interfacing : Tri-state Devices, Buffer,
Decoder, Encoder, The 8085 MPU : The 8085 microprocessors(Pinout),
Demultiplexing the bus AD7-- ADo , Generating control signals.
4
4.1
Introduction to 8085 Assembly Language Programming: Instruction classifications,
Instruction word size, Opcode.format, Data Format, How to write assemble and
Total
(Marks)
100
Hours
Marks
Credit
W +%
28
execute simple programme, Overview of 8085 Instruction Set, Data Transfer
Operations, Arithmatic Operations.Logical operations; OR, ExclusiveOR and NOT, Data Masking with logic AND, Examples, ORing data
from two input ports, Branch Operations, Unconditional jump,
Unconditionaljump to set up a continuous loop conditional
jumps,Programming Techniques; Looping,Counting and Indexing,
conditional loop, counter, Examples, Additional Data transfer and 16bitArithmetic instructions, 16-bit data transfer to Registers pairs (LXI),
Data transfer from Memory to Microprocessor, Examples, Data transfer
from the Microprocessor to Memory or directly into Memory, Logic
operations: Rotate-Left, Right with and without carry.
Reference Book :No
1
2
3
4
5
6
7
Book Name
Introduction to Electrodynamics by D. J. Griffiths 3rd edition PHI, EEE
Microprocessor Architecture, Programming and Applications with 8085 Ramesh S. Gaonkar PIP Pub
Classical electrodynamics J. D. Jackson 2nd edition Jhon Wiley & Sons
Electromagnetics B. B. Laud Willley Eastern Ltd
Electrodynamics Kumar and Gupta PragatiprakashanMeeruit, India
Introduction to microprocessor R. Zalls B. P. B. Publication Delhi
An introduction to microprocessor and applications Krishna Kant Macmillan
29
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
MSPHY
Programme code :
Course Code
MSPHY202CC
M.Sc PHYSICS
2
CLASSICAL MECHANICS AND PROGRAMMING IN C-I(CMP)
04
Core Compulsory Total credit :
Course type :
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Programme Name :
Semester :
Practical
(hrs)
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 hrs)
Unit
Topic
Content
1
1.1
Canonical transformation :
:
Gauge transformations, Canonical transformation, Condition for
transformation to be canonical, Illustration of canonical transformations,
Poission brackets, canonical equations in terms of Poisson brackets
notation, Infinitesimal transformation, Relation between Infinitesimal
transformation and Poission brackets, The Hamilton Jacobi equations,
separation of variables.
2
2.1
Small Oscillation and Rotating Frame:
Stable and unstable equilibriums, Small Oscillation in a system with one
degree of freedom, Small Oscillation in a system with more than one
degree of freedom, Normal coordinates and Normal frequencies of
vibration.
Rotating Frame, Euler angles, Inertia tensor, Euler’s equations of motion
of a rigid body, Free motion of a rigid body, Motion of a symmetric top.
3
3.1
Decision making and Looping:
Introduction, while statement, do statement, do while, for statement,
jumps in loops – continue and break statements.
Arrays:
Introduction, One dimensional arrays, declaration and initialization of
arrays one dimensional arrays, two dimensional arrays, initialization of
two dimensional arrays , multidimensional arrays.
3.2
4
4.1
4.2
Character Arrays and Strings :
Declaring and initializing string variables, reading and writing strings,
arithmetic operations on characters, Putting Strings together,
comparison of two Strings, String handaling functions, Table of strings,
other features of strings.
Functions :
Need for user defined functions, A multi function program, Elements of
Total
(Marks)
100
Hours
Marks
Credit
W +%
30
user defind functions, Defination of functions, return values and their
types, Functio Calls, Function Declaration, category of functions,No
argument and no return values, Arguments but no return values,
Arguments with return values, No arguments but returns
avalue,Functions that returns multiple values, nesting of functions,
recursion.
Reference Book :No
1
2
3
4
5
6
7
8
9
10
11
12
Book Name
Introduction to classical mechanics R. G. Takwale and P. S. Puranik TMH
Classical mechanics-A Text BooK Suresh Chandra Narosa Publishing House
Programming in ANSI C 3rd Edition TMH Pub
Classical Mechanics H. Goldstein, C. Poole, J. Safko 3rd edition first india reprint (2002) Pub: Pearson
Education.
Classical mechanics V. B. Bhatia Narosa Publishing House i
Classical mechanics N. C. Rana and P. S. Jog TMH
Programming in C P. Day and M.Ghosh Oxford Univ. Press
Programming with C Gottfried B.S.
Programming in C Kochan S.G CBS Pub
Let us C Kenetker Y BPB Pub
C Programming language Kernighan B.W. and Ritchie D.K PH Pub
Mastering Turbo C Stan Kelly – Bootle BPB Pub
31
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY203CC
NANO TECHNOLOGY(NTL)
Core Compulsory Total credit :
Course type :
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
No.
1
2
Programme Name :
Semester :
Practical
(hrs)
M.Sc PHYSICS
2
04
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 hrs)
Topic
Content
No.
1.1
INTRODUCTION:
Pre- Nanotechnology, Origins of Concepts of Nano, Advances in
Experimental Methods, Nanotechnology-Basics and Basis, Size of
Nano, The Meaning of Nanotechnology, Four Generations of
Nanotechnology Development, Technology of General Applicability,
Multi-purpose Technology, Applications of Nanotechnology.
1.2
NANOCHEMISTRY
Introduction, Basic Concepts, Classification of Nanomaterials,
Techniques of Production or Methodology, Size Concerns.
1.3
Fullerenes
Introduction, History of Discovery, Variations, Properties of Fullerenes.
1.4
NANOPARTICLES:
Introduction, History, Properties of Nanoparticles, Classification,
Characterization,, Production of Nanoparticles,Morphology of
Nanoparticles, Safety Issues.
2.1
2.2
CARBON NANOTUBE:
Introduction, Discovery, Description, 'TYPes of Carbon Nanotubes and
Related Structures,Single-walled Nanotubes, Multi-walled Nanotubes,
Introduction, Structure, Research, Self-assembled Monolayars,
Applications.
NANOPHYSICS:
Quantum Dot, Description, Quantum Confinement in Semiconductors,
Optical Properties, Fabrication, Mass Production, Applications,
Computing Field ,Biology, Cellular Imaging, Quantum Dots tor Thmour
Thrgeting, Toxicity, Photovoltaic Devices, Light-emitting Devices,
Quantum Wire, Carbon Nanotubes as Quantum Wires, Quantum Well,
Fabrication, Applications, Quantum Point Contact, Fabrication,
Properties, Applications.Nanocrystals,Nanocrystal solar cell.
Total
(Marks)
100
Hours
Marks
Credit
W +%
32
3
3.1
3.2
4
4.1
4.2
NANOMEDICINE AND NANOBIOLOGY: Introduction, Bascic concepts
and applications, Drug Delivery, Cancer Diagnosis and Therapy,
Surgery, Invivo Therapy, Neuro-electronic Interfaces, Cell Repair
Machines, Nanobiotechnological Devices: Nanoparticles , Dendrimers ,
Nanorobots, Nubot , Nanoshell , Other Applications of
Nanobiotechnology
BIOSENSORS : Definition , Principles of Detection , Optical
(Photometric) Biosensor , Electrochemical Biosensor , Others ,
Applications , Nanobiosensors , Nanonose ,'Types of Nanosensors ,
Applications of Nanobiosensors Nanobiosensors and Cancer , Point-ofCare Testing , Nano- DNA Technology , Tile-based Arrays· ,
Applications.
Building Blocks of DNA , DNA Sensors , DNA Field-effect Transistor ,
Optical Biosensors , Nanosized Optical Biosensors, Nanopathology-,
Interactions.
INSTRUMENTS AND METHODOLOGY
Introduction, Next Generation of Nanotechnological Techniques,
Modern Developments, Techniques of Nanolithography, Scanning
Probe Microscope, Types of Scanning Probe Microscopy, Advantages,
Disadvantages
Atomic Force Microscope, Description, Parameters Measured by AFM,
Image modes, Force Spectroscopy, Identification of individual surface
atoms, Advantages, Disadvantages, Scanning Tunnelling Microscope(
Introduction).
ENVIRONMENTAL AND SOCIAL ISSUES
Dangers of Molecular Manufacturing, Sudden and Unexpected Risks,
Basis of Economic Disruption, Potential Economic Impact, Over-Pricing
and Poverty, Terrorism, Solutions and Regulations. Environmental
Damages, Regulation, Environmental and Social Issues, Pollution
Prevention, Areas of Pollution Prevention, Water and Waste Water
Treatment,Water Conservation, Water Purification, Water Management,
\, Health Risks and Environmental Issues, Society Related Problems,
Positive Aspects of Nano, Negative Aspects of Nano., Action Plan for
Prevention of Disasters by Nano, Implications of Nano in the Society.
Reference Book :No
1
2
3
Book Name
Nanotechnology S.Shanmugam MJP Publishers
Nanobiotechnology Subbiah Balaji MJP Publishers
Nanoscience and Technology VS Muralidharan, A subramania Ane Books Pvt Ltd
33
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY201PR
Programme Name :
Semester :
M.Sc PHYSICS
2
PRACTICALS(PCT)
Course type :
Practical
Teaching time
(hours)
Theory
(hrs)
Unit Topic
No.
No.
PRACTICAL
1
1.1
1.2
1.3
1.4
1.5
1.6
1.7
1.8
2
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
Practical
(hrs)
4X 15=60
Total credit :
06
Examination Marking scheme
Internal
(Marks)
External
(Marks)
150 ( 6 ×3 Hours )
Content
GROUP - I
Hysterisis by Magnatometer Method.
L by Rayleigh’s method.
‘e’ by Milicon’s method
G.M. counter.
Microproccessor-arithmetic operations.
C Programming.
Ionic conductivity in Alkali Halides.
Determination of Band gap energy of given Thermister.
GROUP - II
Class-B Push-Pull Amplifier.
MOSFET Characteristics.
Amplitude modulation and demodulation.
Non-Inverting OP-AMP.
Voltage follower
IC-723 Regulated Power Supply.
OP-AMP Parameters.
IC-555 Timer.
Total
(Marks)
150
Hours
Marks
Credit
W +%
34
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY201ES
Programme Name :
Semester :
M.Sc PHYSICS
2
ENERGY TECHNOLOGY AND STORAGE SYSTEMS(ETS)
Course type :
Elective Subject
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
No.
1
2
Practical
(hrs)
Total credit :
04
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Topic
Marks
Content
Hours
Credit
No.
W +%
1.1
ENERGY TECHNOLOGY:
Geothermal Energy: Introduction, Applications, Utilization of
Geothermal Energy, Geothermal Energy Resources, Hydro Geothermal
Resources, Hot Dry Rock Geothermal Resources.
1.2
Wind Energy: Introduction, Applications of Wind Energy and Historical
Background, Merits and limitations of Wind energy Conversion, Nature
and Origion of Wind, Wind Energy Quantom, Variables in Wind Energy
Conversion systems, Wind power density, Power in wind Stream, Wind
turbine Efficiency.
1.3
Ocean EnergyTechnologies: Introduction to energy from Ocean,
Ocean Energy Resources, Off-shore and On-shore Ocean energy
conversion Technologies, Advantages and limitations of Ocean energy
conversion Technologies.
2.1
ENERGY STORAGE SYSTEMS:
Introduction, Energy storage systems for Electrical UTILITY Peak
Shaving, Pumped Hydro Energy Storage Plants and Underground
Pumped Hydro, Compressed Air Energy Storage, Battery Energy
Storage Systems, Lead Acid Battery Cells Nickel-Cadmium Battery,
Advanced Batteries, Supper Conducting Magnet Energy Storage,
Advanced Flywheel Energy Storage, Thermal Energy Storage-thermal
sensible heat storage and Latent heat energy storage, Chemical Energy
Storage.
Reference Book :No
1
2
3
Total
(Marks)
50
Book Name
Energy Technology S.Rao and Dr. B.B. Parulekar 1st edition Khanna Pub.-1995
Solar Energy conversion, An introductory course A. E. Dikon and J. D. Loslie
Principles of Energy Conversion Archie W. Cupl Jr.
35
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
Course type :
Elective Subject
MSPHY202ES
Programme Name :
Semester :
M.Sc PHYSICS
2
SYNTHESIS OF MATERIALS (SYM)
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
No.
1
2
Practical
(hrs)
Total credit :
04
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Total
(Marks)
50
Topic
Marks
Content
Hours
Credit
No.
W +%
1.1
Physical Methods:
Solid State Reaction (Ceramic) Method: General Principles,
Experimental Procedure: Reagents, Mixing, Container Material,
HeatTreatment, Analysis, Kinetics of Solid State Reaction,
Disadvantages
1.2
Thin Film Synthesis:
Vacuum Evaporation, Sputtering, Spin Coating, Dip Coating, Pulsed
Laser Deposition (PLD), Spray Pyrolysis, Chemical Vapour Deposition
(CVD).
2.1
2.2
Chemical Routes:
Sol-gel Method: Principle, Lithium Niobate (LiNbO3), Doped Tin
Dioxide, Silica for Optical Fiber
Growth of Single Crystals:
Czochralski Method, Bridgman and Stockbarger Methods, Zone Melting,
Precipitation from Solution or Melt; Flux Method, Epitaxial Growth of
Thin Layers.
Vapour Phase Transport Methods.
Reference Book :No Book Name
1
Solid State Chemistry and its Applications Anthony R. West John Wiley & Sons
2
Solid State Chemistry Lesley Smart and Elaine Moore Viva Books Pvt Limited)
3
Hand Book of Thin Film Technology K. L. Chopra MacGrow Hill
4
Thin Film Fundamentals Goswami A New Age International
5
Hand Book of Thin-Film Deposition Processes and Techniques Krishna Seshan Noyes Pub
6
Crystal Growth – A Tutorial Approach,Eds W. Bradsley, D.T.J. Hurle & J. B. Mullin North Holland
7
Crystal Growth Processes & Methods P. Santhana Raghavan, P. Ramasamy KRU Publications
36
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY203ES
Programme Name :
Semester :
M.Sc PHYSICS
2
EXPERIMENTAL TECHNIQES(ETQ)
Course type :
Elective Subject
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Unit
No.
1
2
Total credit :
04
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Topic
Content
No.
1.1
X-ray: Introduction to production of X-ray & X-ray spectra,
Instrumentation, X-ray generation, collimators, filters, detectors, X-ray
absorption methods, X-ray fluorescence methods, XF- Spectrometer
(XFS)
1.2
Nuclear Magnetic Resonance (NMR) spectroscopy: basic principles,
nuclear magnetic energy levels, magnetic resonance, NMR
Spectrometer.
Electron Spin Resonance spectroscopy, ESR spectrometer, ESR
spectra, Hyperfine interactions.
2.1
2.2
Total
(Marks)
50
Hours
Mass spectroscopy : principle, spectrometer, and its operation,
resolution, Mass spectrum, applications.
Intrared Spectroscopy, correlation of IR spectra with molecular
structure, Instrumentation.
Mosbauer Spectroscopy : Mosbauer effect, spectrometer, 57 Fe
Mosbauer spectroscopy, nuclear hyperfine interactions.
Reference Book :No
1
2
3
4
5
Book Name
Instrumentation Methods of analysis Willard Meritt, Dean,,Settle VIIth Edition CBS publishers.
Mosbauer Spectroscopy Leopold May Plenum Press, N.Y.
Neutron Diffraction G.C. Becon
X-Ray diffraction B.D. Culity, Edison Weisley
Radiation Detection & Measurment Glenn F. Knoll
Marks
Credit
W +%
37
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
MSPHY
Programme code :
Course Code
MSPHY301CC
Programme Name :
Semester :
M.Sc PHYSICS
3
STATISTICAL MECHANICS AND NUCLEAR PHYSICS (SAN)
Course type :
Core compulsory
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
No.
1
Practical
(hrs)
Total credit :
04
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 Hors )
Total
(Marks)
100
Topic
Marks
Content
Hours
Credit
W +%
No.
1.1
Some concept in statistical mechanics and Quantum statistics :
Ergodic Hypothesis, Density distribution in phase space, The Liouville
Theorem, Princple of conservation of density in phase space and
prnciple of conservation of extension in phase space, Condition for
statistical equilibrium, Density matrix, Liouville Theorem in quantum
statistical mechanics, Condition for statistical equilibrium (in quan
statistics), Ensembles in quantum mechanics.
2
2.1
Ideal Bose and Fermi system and Transport phenomena ;
Photon gas, Einstein derivation of Planck's law, Bose-Einstein
condensation, Fermi energy, An alternate derivation of Fermi energy,
Mean energy of fermions at absolute zero, Fermi gas in metals, Fermi
energy as a function of temperature, White dwarfts, Compressibility of a
Fermi gas, Mean collision time, Thermionic emission, Photoelectric
effect, Molecular collisions, Einstein relation for mobility, Distribution
function, Boltzmann transport equation, Boltzmann H-theorem in Q.M. ,
Maxwell-Boltzmann distribution from Boltzmann equation.
3
3.1
Two-bodv problem in nuclear physics :
Introduction , The ground state of the Deuteron, Excited states of the
Deuteron, Neutron-Proton scatteringat low energy, Scattering length ,
Spin-dependence of Neutron-Proton scattering, Singlet n-p system,
Effective range theory in n-p scattering, Significance of the sign of the
scattering length, Tensor force and the Deutron problem, Proton-Proton
scattering at low energy, Analysis of n-p and p-p scattering, Interpretation
of p-p and n-n scattering. .
Nuclear Reactions:
Nuclear reactions and cross section, Resonance: Breit-Wigner
dispersion formula for l = 0 , The compound nucleus, The continuum
theory of cross section σc, Statistical theory of Nuclear reactions.
38
4
4.1
Elementrv Particles:
Classification of elementary particles, type of interaction, Baryon number,
lepton number, parity, charge conjugation and time reversal, CPT
theorem, charge independence nuclear forces, Isospinm consequences
of Isospin, G-Parity, Strange particles, associated prediction, Gell-mann
Nishijima scheme, Neutral K- meson, strangenees, oscillations (?)
hypercharge, CP-violation in K- decay, Ispin and SU(2) and SU(3)
,Baryon and meson multiplates, Gell-mann Okubo mass formula. Quark
model falvour and colour.
Reference Book :No
1
2
3
4
5
6
7
8
Book Name
Fundamentals of statistical mechanics B. B. Laud III&IV New age international (P) LTD Publishers, New Delhi.
Statistical Mechanics by S.K. Sinha Tata McGraw Hills
Statistical Mechanics and Properties of Matter E.S. Raja Gopal Mc Millan Company of India Limited.
Nuclear Physics Roy arid Nigam New age Internation Ltd. New Delhi
Introduction to high energy physics D. H. Perkins 3r edition Cambridge Uni
Press Elementry particles I. H. Hughes Cambridge Uni
Nuclear Physics I Kaplan Narosa Pub
Introduction to Nuclear Physics by H.A.Enge Addition-Wesley
39
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
MSPHY
Programme code :
Course Code
MSPHY302CC
Programme Name :
Semester :
M.Sc PHYSICS
3
DIGITAL ELECTRONICS AND PROGRAMMING IN C-II (DEP)
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Unit
No.
1
Core compulsory
Total credit :
04
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 Hors )
Topic
Marks
Content
Hours
Credit
W +%
No.
1.1
Digital Electronic:
A-bit memory(R-S Flip flop), Flip Flops, J-KFlip Flop, D Flip Flop; Ttype FlipFlop , shift-register, seriato parallel converter, series-in rif.s out
register, paraller to series converter, parallel in parallel out, right-shift,
left-shift register, digital delay line, sequence generator.
2
2.1
Counters:
Shift register ring counter, Johnson counter, Basic clocks, Ripple
(asynchrpnus)counters, Rip'ple center, Updown counter, Divided by -N
counter, Sychronus counter, Series carry, Parrel carry, Up down
Sychronus counter with Parrel carry, Sychronus decade counter,
Application of counters, Digital to Analog conversion, Variable resistor
network, Binery adder, D/A converter, D/A accuracy and resolution,
A/D converter counter rhethod, A/D converter simultaneous conversion.
3
3.1
Structures and Unions :
Introduction, Defining a structure, Declaring structure variables,
Accessing structure members, Structure initialization, copying
and comparing structure variables, Operation on individual
members, Arrays of structure, Arrays within structure, Structures
within structures, Structures and functions, Unions, Size of
structures, Bit fields
Pointers :Concept, accessing the address of variables, declaring and
initializing pointers, accessing
variables through pointers, pointer expressions, pointer increments and
scale factor, pointers and
arrays, pointer and character strings, pointers and functions, pointers
and structures
3.2
4
Total
(Marks)
100
4.1
File management in C:
Defining and Opening a File, Closing a File, I/O operations on Files,
Error handuling during I/O operations, Random Access to Files,
40
Command Line Arguments.
4.2
Developing a C program:
Program Design, Program Coding, Common Programming Errors,
Program Testing and Debugging, Program Efficiency.
Reference Book :No
1
2
Book Name
Electronics and Radio engineering (9/e Reprint-2002) M.L.Gupta D.R. Sons New Delhi
Programming in ANSI C Balagurusamy E IIInd Ed TMH Pub
41
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY303CC
Programme Name :
Semester :
M.Sc PHYSICS
3
BIOPHYSICS (BIP)
Course type :
Core compulsory
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
No.
1
2
04
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 Hors )
Total
(Marks)
100
Topic
Marks
Content
Hours
Credit
W +%
No.
1.1
Separation Techniques:
Introduction, Chromatography, Column chromatography, Thin layer
chromatography, Paper chromatography, Adsorption chromatography,
Partition chromatography, Gas liquid chromatography (GLC) , Ion
exchange chromatography, Molecular exclusion chromatography,Affinity
chromatography
Electrophoresis:
Moving
boundary
electrophoresis,
Zone
electrophoresis, Low voltage electrophoresis,
High voltage
electrophoresis, Gel electrophoresis, Sodium dodecyl sulphate poly
acrylarnide gel electrophoresis (SDS-PAGE), Iso electric focusing,
Continuous flow electrophoresis.
1.2
Physico-Chemical Techniques to Study Biomolecules:
Introduction, Hydration of Macromolecules, Role of Friction, Diffusion,
Sedimentation,The Ultracentrifuge, Viscosity, Rotational Diffusion:Flow
birefringence measurements, Electric birefringence, Light Scattering,
Small Angle X-ray Scattering.
2.1
2.2
3
Practical
(hrs)
Total credit :
3.1
Spectroscopy:
Introduction, Ultraviolet/Visible Spectroscopy, Circular Dichroism (CD)
and Optical Rotatory Dispersion (ORD), Fluorescence Spectroscopy,
Infrared Spectroscopy, Raman Spectroscopy, Electron Spin Resonance
Light Microscopy:
Introduction , Elementary Geometrical Optics, The Limits of Resolution,
Different Types of Microscopy, Bright field microscopy,
Dark field microscopy, Phase contrast microscopy, Fluorescence
microscopy, Polarising microscopy.
NMR Spectroscopy:
Introduction, Basic Principles of NMR, NMR Theory and Experiment,
Classical Description of NMR, NMR Parameters, Chemical shift
Intensity, Line width, Relaxation parameters, Spin-spin coupling, The
Nuclear Overhause~ Effect, NMR Applications in Chemistry Chemical
42
shift, Spin-spin coupling, 13C NMR , NMR Applications in Biochemistry
and Biophysic, Concentration measurement 125/S.8Y.38.2
pCHontfiotrramtiaotnion 1o2f5biomolecules, Two-Dimensional NMR,
Determination of macromolecular structure, NMR in Medicine
4
4.1
4.2
Biomechanics:
Striated Muscles , Contractile proteins, Mechanical Properties of
Muscles, Contraction mechanism, Biomechanics of the Cardiovascu[ar
System , Blood pressur, Electrical activity during the heartbeat,
Electrocardiography
Neurobiophysics:
Introduction,
The
Nervous
System,
Synapse,
MoefmMberamnberapnoetentPiaoltednutiealtso,,
Voltage
Clamp,
S1e3n.4s.o1ry TMheevchisaunailsmresc-elTpthoer 21E8ye , Electrical
activity and visual generator potentials, Optical defects of the eye,
Neural aspects of vision,Visual communications, bioluminescence,
Physical Aspects of Hearing, The Ear, Elementary acoustics, Theories
of hearing, Signal Transduction, Mode of transport, Signal transduction
in the cell.
Reference Book :No
1
2
Book Name
Biophysics VasanthaPattabhi and N Gautham, Narosa Pub
Introduction to Biophysics Pranabkumar Banerjee, S.Chand.
43
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY301PR
Programme Name :
Semester :
M.Sc PHYSICS
3
PRACTICALS (PCT)
Course type :
Practical
Teaching time
(hours)
Theory
(hrs)
Unit
No.
1
Topic
No.
Practical
(hrs)
4X 15=60
Total credit :
06
Examination Marking scheme
Internal
(Marks)
External
(Marks)
150 ( 6 ×3 Hours )
Content
1.8
GROUP - I
An optical method for determing dielectric constant, dipole moment and
polarizability of a polar liquid by Hollow Prism.
Young’s modulus by optical method
G.M. Counter
Microwave
Fiberless optical communication using Laser
Fiber optics
Ultrasonic Interferometer-Determination of Velocity of Ultrasonic waves
in a liquid/solid
C Programming
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
GROUP - II
Frequency Modulation and Demodulation.
Phase shift Oscillator using IC-741.
AstableMultivibratorwith IC -555
TRIAC characteristics
BiastableMultivibrator
R-S FLIP-FLOP
SCR as a Triangular wave generator
Scmitt trigger using transistor.
1.1
1.2
1.3
1.4
1.5
1.6
1.7
2
Total
(Marks)
150
Hours
Marks
Credit
W +%
44
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY301ES
Programme Name :
Semester :
M.Sc PHYSICS
3
LINEAR ICS APPLICATIONS (LAP)
Course type :
Elective Subject
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
No.
1
2
Practical
(hrs)
Total credit :
04
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Topic
Marks
Content
Hours
Credit
No.
W +%
1.1
Signal processing circuits: Active Filters - First/second order low
pass,high pass Butterworth filter, higher order filter, band pass filter
(wide/narrow), Bandreject filter (Wide/narrow), All pass filter.Electronic
Analog computation using OpAmps. Simulation of transfer function,
squareroot, as Rectifier, RMS and phase shift detectors.
2.1
Special Purpose Amplifiers: Opamps using FET input stages, tone
controls and graphic equalizers, Isolation Amplifiers, Video Amplifiers
LM 733 and RCA 3040, Wide band operational amplifiers. Norton's
OpAmp-LM 3900, Norton OpAmp in inverting and Non inverting
configuration, FET input OpAmp.
Reference Book :No
1
2
3
Total
(Marks)
50
Book Name
OpAmp. and Linear Integrated circuits, PHI. (3rd Ed.) Gayakwad
Integrated circuits (8th Ed). K.R.Botkar KhannaPrakashan
Operational Amplifiers and Linear integrated circuits,PHI Coughlin and Driscoll
45
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY302ES
Programme Name :
Semester :
M.Sc PHYSICS
3
PULSE AND MICROWAVE ELECTRONICS (PME)
Course type :
Elective Subject
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
No.
1
2
Practical
(hrs)
Total credit :
04
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Topic
Content
No.
1.1
Characteristic of Pulse waveforms, rise time, fall time, duty cycle
concept, tilt,R-C circuits, constant rate charging, relationship between
rise time and upper cutofffrequency, relationship between fall time and
tilt. Schmitt trigger and Ramp generator : Circuit operation, designing for
a given uppertrigger point (UTP) and lower trigger point (LTP), speed-up
capacitor, input and out putcharacteristics, RC ramp generators.
2.1
Fundamentals of microwave technology, limitations of vacuum tubes.
Klystrons, Twocavity Klystron, Multi-cavity and Reflex Klystrons,
Traveling wave tube, Magnetron Antennas: Terms and definition,
Antenna gain, resistance, beamwidth and polarization, resonant& non
resonant antenna, effect of ground on antennas, antenna
height,directional high frequency antennas, dipole arrays, Yagi-Uda
antenna, Parabolic reflector.
Reference Book :No
1
2
3
Book Name
Solid State Pulse Circuits David A Bell PHI
Electronic Communication Systems George Kennedy TMH
Microwave Devices & Circuits, III Edition Samuel Y. Liao, PHI
Electronic communications systems Wayne Tomasi Pearson Education
Total
(Marks)
50
Hours
Marks
Credit
W +%
46
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY303ES
Programme Name :
Semester :
M.Sc PHYSICS
3
RESEARCH METHODOLOGY (RML)
Course type :
Elective Subject
Teaching time
(hours)
Theory
(hrs)
4X 15=60
Unit
No.
1
2
Practical
(hrs)
Total credit :
04
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 2 Hors )
Total
(Marks)
50
Topic
Marks
Content
Hours
Credit
No.
W +%
1.1
What is research?, Science and research, Basic and applied research,
Essencial steps in Research.
Literature collection: Need for review of literature, Review process,
Research reading, Reference cards, Literature citation, Different
systems.
2.1
2.2
Components of research repoet/Thesis: Field work and laboratory
work, photography, Preparation of tables, Preparation of figures.
Research repoet/Thesis –formatting and typing (computing): Title
page, certificate, declation, acknowledgement, list of table, figures,
abbreviations and symbols, chapter quotations, table, figures, summary,
appendices, references etc.
Reference Book :No
1
2
3
Book Name
Research Methodology with statistical pakage for social sciences Dr.A.SafeevanRao&Dr.Dipak, Tyagi, Shree
Nivas Pub. -Jaypur
Research Methodology G.R Basotia and K.K. Sharma, Mangal Deep Jaypur
Research Methodology Morden methods and New techniques M.N,Borse, Shree Nivas Jaypur
Research Methodology Morden methods and techniques Anil Tandon, Annol New Delhi
47
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY401CC
MATHEMATICAL PHYSICS -II
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Unit
No.
1
Core compulsory
Programme Name :
Semester :
M.Sc PHYSICS
4
AND QUANTUM MECHANICS – II (MPQ)
Total credit :
04
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 Hors )
Topic
Content
No.
1.1
Tensor analysis :
Introduction , Defination, Contravariant vector, Covariant vector,
Defination of Tensors of rank two, addition &
subtraction of tensor, summation convention, symmetry - anti symmetry
of second rank tensor, Contraction, Direct
product, Quotient rule, Pseudo tensors Dual tensor Levi-civita symbol,
irreducible tensor, Non cartesian tensors,
Matrc tensor christoffel symols,christoffel symbols asdervatives of matric
tensor,covariant derivative, Tensor
derivative operators.
2
2.1
Group theory :
Groups, subgroups and classes, Invariant, subgroups and factor groups,
Homomorphism & Isomorphism, Group
representation, Reducible & Irreducible representations, Schur's lemma,
Orthogonality theorem, Character of
representation,Character table, Decomposing a reducible representation
into Irreducible ones, Construction of
representations, Lie groups & Lie algebra, The Three dimensional
rotation groups SO(3), The special unitary
groups SU(2) and SU(3), The homomorphism between SU(2) & SU(3),
Some application of group theory in
physics, ( application- 4 classification of elementy particles
3
3.1
Scattering theory :
The scatteing cross-section. General considerations: Kinematics of
scattering process; Differential and Totalcrosssections, Wave
mechanical picture of scattering:- The scattering amplitude, Green
functions : Formal expression for scattering Amplitude, The Born and
Eikonal Approximations, The Born Approximation, The validity of the
Born Approximation, The Born series, The Eikonal Approximation
Total
(Marks)
100
Hours
Marks
Credit
W +%
48
4
4.1
Partial Wave Analysis :
Asymptotic Behaviour of partial waves : phase shift, The scattering
Amplitude in terms of phaseshifts, The Differential
and Total cross-sections, Optical Theorem , Phace shiftt: relation to the
potentials, Potentials of finite range, Low
energy scattering, Exac soluble problems, Scattering by a square well,
scattering by a hard sphere, scattering by a
coulumb potential mutual scattering of two particles , Reduction of the
two body problen : The centre of mass frame ,Transfomation from
centre of mass to Laboratory frame of reference , collisions between
identical particles.
Reference Book :No
1
2
3
4
5
6
7
8
9
Book Name
A textbook of Quantum mechanics by P. M. Mathews and K. Venkatesan 1976 TMH New Delhi. (Basic
reference)
Mathematical Methods in Physical Sciences by M.L. Boas, John Wiley&Sons
Mathematical Physics by H. K. Dass.
Mathematical Physics by Styaprakash, S.Chand.
Quantum Mechanics by L. I. Schiff, McGraw-Hill International student edition (1961).
Quantum Mechanics Vol I & II A. Messiah, Jhon Wiley & Sons, INC (19 68)
Introduction to Quantum Mechanics by Powell and Crasemann Addiso -Wesley (1961).
Quantum Mechanics by V.K. Thankappen, Wiely eastern Ltd.
Quantum Mechanics : Theory and applications by A. Ghatak and S. Lokanathan
49
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY402CC
Programme Name :
Semester :
M.Sc PHYSICS
4
SOLID STATE PHYSICS-II AND ELECTRONICS-II (SSE)
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Unit
No.
1
Core compulsory
Total credit :
04
Examination Marking scheme
Internal
(Marks)
30
External
(Marks)
70 ( 3 Hors )
Topic
Content
No.
1.1
Imperfections in Crystals:
Point Imperfections, Line Imperfections: Dislocations, Stress fields of
Dislocations, Planar
Imperfections: grain boundaries, Role of dislocation in Crystal growth,
Strength of alloys.
2
2.1
Magnetism:
Diamagnetism, Paramagnetism, Magnetic resonance: ESR, NMR, Spin
relaxation,Weiss theory
of Ferromagnetism, The exchange interaction, The Heisenberg model,
Ferromagnetic domains:
The Bloch wall, Origin of domains, Neel model of Anti ferromagnetism,
Neel model of
Ferrimagnetism, Spin waves: Magnons in Ferromagnets, The Bloch
T3/2 law, Magnons in
antiferromagnets.
3
3.1
FET Amplifiers:
FET parameters, biasing the FET , basic FET amplifier, FET small
signal, common source amplifier, The
common drain or source follower, common gate amplifier, general
treatment of low frequency common
source arid common drain arnpfilier.
Power supplies ( Electronic regulation):
Basic blocks of linear voltage regulation, Basic voltage regulation
building blocks, protection circuitry,
Adjustable type 723 regulator, Typical regulator circuit using 723 IC ,
Three terminal voltage regulator,
General feature, Threeterminal fixed voltage regulator Ics and their
design
3.2
4
4.1
Tuned voltage amplifiers:
Introduction , Tuned amplifies, Resonance, Series resonant circuit,
Parellel resonant circuit,
Advantage of tuned amplifiers, voltage gain and Frequency response
Total
(Marks)
100
Hours
Marks
Credit
W +%
50
4.2
curve, Doubled tuned voltage
amplifiers.
IC Fabrication:
IC Technology, Advantages and limitations of ICs, Basic monolithic IC
technology, Basic processes
used in monolithic technology, Monolithic integrated components,
Transistors of monolithic ICs,
Monolithic diodes.
Handbook of Electronics by Gupta and Kumar, Pragati prakashan,
Meerut,30th revised edition 2002.
Reference Book :No Book Name
Basic reference :
1
Handbook of Electronics by Gupta and Kumar, Pragati prakashan, Meerut,30th revised edition 2002.
2
Electronic & radio engineering 9th Edition reprint 2002 by M.L.Gupta(D R publi-Shers co.)
3
Integrated circuits 9th Edition First Print 1997 By K.R.Botkar, Khanna Publishers Delhi.
4
Handbook of Electronics 30th revised edition 2002 by Gupta and Kumar (P. P. M) Chapter: 13
5
Elements of Solidstate Physics by J.P Srivastava, PHI-New Delhi. (For U-I&II)
Other references :
1
Introduction to Solid state Physics by Kittle C.,Wiley Eastern
2
Fundamentals of Solid State Physics by Saxena,- Gupta- Saxena, Pragati Prakashan
3
Integrated Electronics by Milmann and Halkais
4
Electronic devices and circuits by Y.N.Bapat
51
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY401MP
Programme Name :
Semester :
M.Sc PHYSICS
4
PROJECT(PRT)
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Minor Project
Total credit :
06
Examination Marking scheme
Internal
(Marks)
External
(Marks)
150
Project Report
Project Presentation
VIVA
Total
(Marks)
150
52
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY401ES
Programme Name :
Semester :
M.Sc PHYSICS
4
ENGLISH LANGUAGE COMMUNICATION (ELC)
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Elective Subject
Total credit :
02
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 3 Hors )
Total
(Marks)
50
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY402ES
Programme Name :
Semester :
M.Sc PHYSICS
4
PERSONALITY DEVELOPMENT (PDM)
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Elective Subject
Total credit :
02
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 3 Hors )
Total
(Marks)
50
53
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY401PR
Programme Name :
Semester :
M.Sc PHYSICS
4
PRACTICALS (PCT)
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Unit
No.
1
Topic
No.
Practical
Total credit :
Examination Marking scheme
Internal
(Marks)
External
(Marks)
100( 3 Hors )
Content
1.1
1.2
1.3
1.4
1.5
1.6
1.7
Group – I
Babinet compensator
Fiber Optics
Microwave
Fiberless optical communication using IR
C Programming
Microprocessor
e/m by Helical method
2.1
2.2
2.3
2.4
2.5
2.6
2.7
Group – II
Study of Differentiator
Study of Integrator.
D/A and A/D Convertor.
Sawtooth generator using OP-AMP
Square wave generator.
Modulo n-counter.
Crystal Oscillotor
2
04
Total
(Marks)
100
Hours
Marks
Credit
W +%
54
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY403ES
Programme Name :
Semester :
M.Sc PHYSICS
4
ENGLISH LANGUAGE COMMUNICATION (ELC)
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Elective Subject
Total credit :
02
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 3 Hors )
Total
(Marks)
50
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
MSPHY404ES
Programme Name :
Semester :
M.Sc PHYSICS
4
PERSONALITY DEVELOPMENT (PDM)
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Elective Subject
Total credit :
02
Examination Marking scheme
Internal
(Marks)
External
(Marks)
50 ( 3 Hors )
Total
(Marks)
50
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN
Programme code :
Course Code
MSPHY
Course type :
Teaching time
(hours)
Theory
Practical
(hrs)
(hrs)
4X 15=60
Elective Subject
MSPHY404ES
Programme Name :
Semester :
M.Sc PHYSICS
4
DISSERTATION (DIN)
Total credit :
18
Examination Marking scheme
Internal
(Marks)
External
(Marks)
450 ( 3 Hors )
Total
(Marks)
450