tables undergraduate course engineering physicssrbiau.ac.ir/Files/B_Sc in Engineering Physics(1).pdf · · 2016-06-12tables undergraduate course engineering physics Table : 1 Lesson:

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2

tables undergraduate course engineering physics

Table : 1

Lesson: common Subscribe

Course : Engineering Physics

Name of Courses Number of Units theoretic Number of Units Practical

Familiarity with the Quran 1 -

Islamic Education 12 -

Persian 3 -

Foreign Language 3 -

Physical Education 1,2 - 4

Wills Imam Khomeini 1 -

Birth control 2 -

3

Table : 2

Lesson: Basic


Name of Courses Number of Units

theoretic

Number of Units

Practical

Prerequisite The need

Physics 1 4 - - -

Lab Physics 1 2 - -

Physics 2 4 - - -

Lab Physics 2 - 2 - -

Mathematics 1 4 - - -

Mathematics 2 4 - Mathematics 1 -

Differential Equations 3 - - Mathematics 2

Mathematics – Physics

1

3 - Mathematics 2 -

Mathematics – Physics

2

3 - Mathematics - Physics -

computer 1 4 - - -

computer 2 4 - - -

Chemistry 1 - 2 - -

Chemistry 2 - 2 Chemistry 1 -

Lab Chemistry 1 - 2 - -

Lab Chemistry 2 - 2 Lab Chemistry 1 -

Technical Drawing - 2 - -

Workshop - 2 - -

4

Table : 3

Lesson: primary



theoretic

Number of Units

Practical


Modern Physics 4 - Physics 1, 2 -

lab Modern Physics - 2 Modern Physics

Lab physics 2

-

Applied Modern Physics 3 - Modern Physics -

Optics 1 3 - -

Optics 2 3 - Optics 1

Physics 2

-

lab Optics - 4 Optics 2 -

Analytical Mechanics 1 3 - Differential Equations

Physics 1

-

Analytical Mechanics 2 3 - Analytical Mechanics

1

-

Electromagnetic 1 3 - Physics 2

Math 2

Mathematics -

Physics 1

Electromagnetic 2 3 - Electromagnetic 1 -

Quantum Mechanics 1 3 - Modern Physics

Mathematics - Physics

1

Analytical Mechanics

-

Quantum Mechanics 2 3 - Quantum Mechanics 1 -

Thermodynamics 3 - Physics 1 -

Statistical Physics 3 - Modern Physics Thermodynamics

5

Table : 1-4

Lesson: Specialty mode Solid



theoretic

Number of Units

Practical


Physics mode Solid 1 3 - Applied Modern

Physics

Statistical Physics

Physics mode Solid 2 3 - Solid State Physics 1 Quantum 1

lab Physics mode Solid - 6 Lab physics 2 Physics Mode

Solid 1

Semiconductors 2 - Mode Solid 1 -

Magnets 2 - Mode Solid 1 -

Superconductivity 2 - Electromagnetic 1

Thermodynamics

-

Nanostructures 2 - Mode Solid 1 Quantum 1

Project - 6 - -

6

Table : 2-4

Lesson: Specialty plasmas



theoretic

Number of Units

Practical


plasma 1 3 - Electromagnetic 2 Statistical Physics

Plasma Applications 3 - - plasma 1

plasma 2 3 - Plasma 1 -

Plasma production systems 3 - - plasma 2

lab plasma - 6 plasma 1

lab Modern Physics

-

Plasma diagnostics systems - 2 plasma 1

advance Modern

Physics

-

Project - 6 - -

7

Table : 3-4

Lesson: Specialty Lasers and Optics



theoretic

Number of Units

Practical


Applied Optics 3 - Modern Physics

Optics 2

-

Advanced Optics Lab - 4 Lab Optics -

Laser 3 - Optics 2

advance Modern

Physics

Quantum 1

Engineering Optics 3 - Optics 2

Modern Physics

plasma 2

lab Laser - 6 Lab Optics Laser

Advanced Laser 3 - - Laser

Project - 6 - -

8

Table : 5

Lesson: Optional ( From this table 15 units Is selected )



theoretic

Number of Units

Practical


Circuit 3 - Differential Equations

Physics 2

-

electronics 1 3 - Modern Physics -

electronics 2 3 - Electronics 1 -

lab Electric car - 6 Electromagnetic 1 -

lab electronics 3 - Electronics 1

Lab physics 2

-

Engineering Dynamics 3 - Physics 1 -

Fluid Mechanics 3 - Analytical Mechanics 1

Mathematics - Physics 1

-

Heat Transfer 3 - Math 2

Thermodynamics

-

Principles of Engineering

Materials

3 - Thermodynamics

Chemistry 1

-

Language Specialty 3 - Modern Physics -

9

Physics 1 Number of Units: 4

Type of Unit : theoretic

1) Motion in one dimension

2) Motion in two dimensions

3) Newton's laws

4) Properties of the center of mass

5) Work and Energy

6) conservation of momentum

7) Clash

8) during

9) conservation of angular momentum

10) Balance

11) Kinetic Theory of Gases

12) First Law of Thermodynamics

13) The Second Law of Thermodynamics

14) Heat Machine

15) Cooling Systems

References

1- David halliday, robert resnik, physics, john wiley, 2002 2- D. kleppener and R.J.kolenkow, an introduction to mechanics, McGraw-hill, 1984

3- Klpr, translated by H. Sepehri, Mohammad Ali Moghimi, V. Nazareth, "Introduction to

Mechanics," University Publishing in 1384

10

Physics Laboratory 1 Number of Units: 1

Type of Unit : Practical

1) Measuring the Coefficient of Friction

2) Balance - Motion in one dimension

3) measure the mass - movement in two dimensions

4) The Clash - Swing

5) conservation of angular momentum

6) Measurement of specific heat

7) Measure the perfect gas constant gas thermometer

8) Standing Waves

References

Mahmoud Quran draft, "physics experiments" Fatemi Press, 1384

11

Physics 2 Number of Units: 4


1) The electric field

2) The electric potential

3) Capacitors

4) Circuits DC

5) magnetic field

6) Ampère

7) Faraday's law

8) electromagnetic induction

9) and the circuit AC

10) Maxwell's equations

11) Electromagnetic Waves

12) Magnetic Properties of Materials

References

1- David halliday, robert resnik, physics, john wiley, 2002 2- Rashid and certain "Electricity and Magnetism Physics", Academic Publication, 1385

12

Physics Laboratory 2 Number of Units: 1


1) Determine the electric field lines and equipotential surfaces

2) measuring the electrostatic force

3) circuit RC Paul Wheatstone

4) Measuring the magnetic field generated by currents


6) alternating current circuit

7) Oscilloscope

8) Effect of magnetic field on the motion of electrons References

Mahmoud Quran draft, "physics experiments" Fatemi Press, 1384

13

Modern Physics Number of Units: 4


1) relativistic kinematics

2) The dynamics of relativistic

3) wave packets and uncertainty relations

4) the wave properties of particles

5) The structure of the hydrogen atom

6) particle properties of waves

7) Multi-electron atoms

8) accelerators

9) detector

10) Nuclear structure and radioactivity

References

1- Weidner R.T, sell R.Alyn and bacon, “ Elementary modern physics” , 1973 2- Vaydnr, translated by A. Babaei, M. Safa-Isfahani, "Foundations of Modern Physics,"

University Publishing, 1384

14

Modern Physics Laboratory Number of Units: 2


1) Measurement e/m

2) Millikan experiment

3) Effect Photoelectric

4 ) Frank- Hertz experiment

5 ) Effect Siemen

6) Check the gas range

7) Test the electrical discharge

8) Balmer series of hydrogen

9) measure the distribution of velocities

10) Rutherford scattering

11) X-ray absorption curve

12) the effect of Compton

References

1- Adrian C.,Melissinos, jim Napolitano, “ experiments in modern physics” , academic

press, 2003

2- daryl w. preston , Muhammad Lame Rashti, Nader Heidari, "The Art of Experimental

Physics' Center for Academic Publication, 1383

15

Optics 1 Number of Units: 3


1) Introduction: History

2) Principles of Descartes, Fermat, and Huygens, and match each

3) reflective and refractive spherical waves and spherical surfaces and flat surfaces in the

Pira-axial

4) matrix method and ray tracing method, non-central Pira

5) One color aberration (Spherical- coma - astigmatism -Curvature of field and distortion)

chromatic aberration

6) optical instruments (magnifying glass - eyes - the telescope - Galileo camera - a camera

reflection)

7) The optics of the eye (the eye - Eye Defects - Elimination of defects by lenses and laser

eye)

References

1- Familiarity with optics pedrotti, University Publishing, 1382

2- jenkins , Translated Habib expression, "optics", Center for Academic Publication, 1384

16

Optics Laboratory Number of Units: 2


1) reflection and refraction and prism are

2) Determine the focal length of mirrors and lenses

3) Microscopy (Measurement of the refractive index and its magnify)

4) Cameras (astronomy - Galileo - a reflection)

5) Analysis of light and color combinations

6) Test Yang (EMI)

7) diffraction

8) mesh diffraction (transmission and reflection)

9) Newton's rings

10) Michelson interferometer - Wavelength Measurement

11) Polarization and its variants

12) aberration test in

17

Analytical Mechanics 1 and 2 Number of Units: 6


1) Move the Variable Energy

2) Motion in two dimensions and three dimensions

3) damped and forced oscillations

4) fluctuating and oscillating systems

5) Dynamic particle system and the survival

6) Coordinate systems Motion

7) Material Changes

8) Lagrange and Hamilton equations

9) The Central Force

10) The dynamics of rigid bodies

11) and eyelid movements

References

1- Jerry B.Marion, Stephen T.Thornton, classical dynamics, of particles and systems,

Harcourt brace Jovanovich, 1998

2- Keith R.Symon , mechanics, Addison Wesley, 1971

3- A.P. Aria, translated by J. Goodarzi, "Introduction to Classical Mechanics", Mashhad

University Press, 1384

4- Favlz, translated by J. Kaiser, "Analytical Mechanics", University Publishing, 1383

18

Electromagnetism 1 and 2 Number of Units: 6


1) electrostatic

2) electrostatic energy

3) electrical current

4) The magnetic field

5) The magnetic properties of matter


7) magnetic energy

8) AC circuits

9) Maxwell's equations

10) The propagation of electromagnetic waves

11) waves in the area of border

12) Radiation

References

1- Hohn R.Reitz, Fredrik J.milford and Robert W.christy “ foundations of

electromagnetic theory”, Addison – Wesley.

2- Ritz, Milford, translated by J. intimate, Ghamsarii Alizadeh, M. Aghamiri,

"Foundations of Electromagnetic Theory," University Publishing, 1384

3- Cheng, translated mantle of Parviz, Mohammad Ghavami, "Field and Wave

Electromagnetics", Tehran University Press, 1384

19

Quantum Mechanics 1 and 2 Number of Units:6


1) The general structure of quantum mechanics

2) wave packets and uncertainty relations

3) one-dimensional square potential

4) harmonic oscillators

5) The operator

6) radial equation

8) angular momentum

9) atoms of hydrogen

10) Stern Gerlakh experiment and spin

11) the total angular momentum

12) is independent of the perturbation theory

13) identical particle exchange interaction

14) helium atom - atom structure

15) Impaired function of irradiation time

16) Collision Theory

17) and the fundamental conceptual problems of quantum mechanics

References

1- Stephen gasiorowics, quantum physics, john wiley , 2003

2- E.Anderson, modern physics and quantum mechanics

3- Cohen, translated by Mohammad Farhad Rahimi, M. Sarbishe is, "quantum

mechanics", Center for Academic Publication, 1383

20

Thermodynamics Number of Units: 3


1) Thermocouple Thermometer

2) phase transitions - the two-phase region

3) systems and the thermodynamic equation of state of perfect gases and real

4) Work and Heat

5) The first law of thermodynamics for a control system and control volume

6) Heat engines - Refrigerators and second law of thermodynamics

7) Reversibility - Entropy and the Carnot Cycle

8) Net thermodynamic functions, Gibbs relations References

Van Vayln, translated by B. Skin, "Thermodynamics", Sixth Edition, Academic Publishers,

1383

Snjl, translated Dktrjmh doctor Abraham, "Thermodynamics", University of Science and

Technology, 1382

Zymansky, translated by H. tobacconist, H. Sharifian Attar, Mohammad Hadizadeh, "Heat

and Thermodynamics", University Publishing, 1384

Heat and Thermodynamics, doctor Cyrus Zia - Tehran University, 1359

21

Statistical Physics Number of Units: 3


1) basic concepts of probability and Gaussian distribution

2) statistical description of particle systems

3) the interaction of heat and system partition function

4) The theory of microscopic and macroscopic measurements

5) Maxwell distribution function and its applications

6) Planck distribution function

7) Fermi-Dirac distribution

References

1- Reif F.McGraw- hill, “ statistical physics, Berkeley physics course” , volume 5

2- Rayf translation of Abu'l Cirrus Zia Farajzadeh, "Statistical Physics," University

Publishing, 1383

22

Optics 2 Number of Units: 3


1) wave equation

2) superposition of waves

3) Interference

4) interferometry

5) Polarization of Light

6) Fraunhofer diffraction

7) Optical diffraction

8) Fresnel diffraction

References

1- Familiarity with optics Pedrotti, University Publishing, 1382

2- Jenkins, Translated Habib expression, "optics", Center for Academic Publication, 1382

3- Hecht, Translate Parvin Bayat Mokhtari, Ahmad Majidi, the "light of knowledge",

Center for Academic Publication, 1383

23

Applied Modern Physics Number of Units: 3


1) quantum phenomena

2) Principles and detector are Sensors

3)microscopic

4) Electrical conductivity and band structure

5) the structure of atoms and molecules

6) tunneling and its applications

7) The use of approximate methods

8) Principles of lasers

9) Principles of Superconductivity

10) Principles of nanostructure

References

1- Jasprit singh , “ modern physics for engineers “ , john wiley , 1999

2- D.Patranabis, “ sensors and transducers”, P.H.I,2006

24

Circuit Number of Units: 3


1) The parameters of active and passive circuit elements

2) analysis of circuit, independent of the time

3) capacitance and inductance (inductor) and combine them

4) Presentation of the Laplace

5) sine waves AC

6) introduce electric three-phase circuits

7) Transformers

References

1- Introductory circuits for electrical and computer engineers (james. W.nilsson, susan

a.riedel)

2- Integrated electronics, analog and digital circuits and systems( Jacob millman,

c.c.halkias)

3- Fundamentals of electric circuits, translation doctor Mehrdad Abedi, broadcast SID,

Amirkabir, 1384

4- The basic theory of circuits and networks, academic publishing, 1383

25

Electronics 1 and 2 Number of Units: 6


1) Semi-Conductors

2) A link diode

3) Integrated Circuits

5) digital circuits

6) characteristics of the transistor

7) digit combination system

8) Systems digit sequence

9) Digital Circuits MOS and system LSI

10) Low-frequency amplifiers

11) The frequency response of amplifiers

12) feedback amplifiers

13) Differential Amplifiers

References

1- Jacob millman and chistos c. halkias, “ electronic fundamentals and applications” , Mc

Graw –hill, 1978

2- Millman 's, Halkyas translation Ne'matollah Glstanyan, Mahmoud Spring "Principles

and Applications of Electronics", inventors, 1370

3- Doctor Syed Ali Mireshqi, Sharif University of Technology, Fundamentals of

Electronics, 1385

4- Boyle Theresienstadt, Nshlsky, White Power translator's name, Khalil gardening,

"Electronic Components and Circuits", Khorasan Press, 1382

26

Electronics Lab Number of Units: 3


1) Voltage and current sources

2) Diode

3) Transistor Circuits

4) Diode Circuits

5) Transistor

6) Optoelectronics

7) amplifier circuit

8) Digital Control Systems

9) Plans and Projects

References

Mohsen Mousavi, Ebrahim Barzabadi, "electronics business", Isfahan University Press, 1385

27

Electric car Number of Units: 3


1) Magnetic Circuits

2) single-phase transformers.

3) three-phase transformer

4) transforming energy and principles of electrical machines

5) Direct current machines

6) induction motors

References

P.C.Sen. Translate Mehrdad Abedi, Mohammad Taghi prophetic, "electric car",

Entrepreneurship SAGE, 1384

28

Engineering Dynamics Number of Units: 3


1) the composition and motion in two and three dimensions

2) The dynamics of particles in two and three dimensions

3) Particle Systems

4) kinematic rigid bodies - Relative motion - rotating system of coordinates and a non

Aynersyal - acceleration ceruolis

5) The dynamics of rigid bodies in two dimensions

6) fluctuations and response time

References

1- Meriam and L.G.Kraige, “ dynamics, J.L”. john wiley ,5th

ed.

2- Beer and Johnson, “ vector mechanics, dynamics” , 10th

ed, john wiley , 2005

3- Hiller, “ dynamics “ john wiley, 2002

4- Rojers, “ statics and dynamics”, 2nd

ed, 2001

29

Fluid Mechanics Number of Units: 3


1) the general properties of the fluid

2) Static Fluid

3) fluid flow equations

4) ideal two-dimensional flow.

5) the effects of viscosity and viscous flow

6) Fluid Resistance

7) Dimensional analysis and dynamic similarity, Reynolds number, Mach, landing and ...

8) the compressibility of friction

9) flow in pipes, insects, Elbow, tank, diffuser

References

1- H. irving shames, “ mechanics of fluids”, 4th

ed, 2004

2- Mc Donald, fox, “ mechanics of fluids”, 6th

ed, 2004

3- Frank white, “ metchanics of fluids”, 2001

4- shimz , Translate entezari, " fluid mechanics", publishing houses , 1385

5- Fox and McDonald, the translation of skin, " the mechanics of the fluids ", edition 6, 1385

6- Ali Akbar bidkhati " the foundations of the dynamics of the flux, " University of Tehran,

1383

30

Heat Transfer Number of Units: 3


1) heat transfer concepts - Basic equations - Charge - Displacement - Guidance - Radiation

2) One-dimensional conduction

3) Multi-dimensional conductivity

4) conducting Non stationary

5) Principles Kenouksiuon , and heat conservation equations

6) the empirical relations Kenouksiuon

7) the transfer of radiant heat

References

1- Hollman, heat transfer, john wiley, 6th

, 2003

2- Incropra, heal and mass transfer,2002

3- Ozeseik, heal and transfer, mcrow-hill,1998

4- Holman, Kashani translation fence, "Heat Transfer", Sixth Edition, 1385

5- Aynkrvpra, translated by Rostami, University of Technology, 1383

31

Principles of Engineering Materials Number of Units: 3


1) Links

2) The atomic structure of solids

3) defects in the crystal

4) Mechanical properties

5) a fuzzy system and the heat

6) Non-ferrous metals

7) nonferrous metals

8) ceramic materials

9), Synthetic materials

10) The physical properties of materials

References

1- Hussein Toyserkani, Principles of Materials Science, University of Technology,

Third Edition, 1381

2- Glory, material science, Sharif University, First Edition, 1385

3- Van Volek, University Publishing, 1383

32

Solid State Physics 1 and 2 Number of Units: 6


1) crystal structure

2) X-ray diffraction

3) depends on the crystal

4) lattice vibrations

5) photons and thermal characteristics

6) The free electron Fermi gas

7) The energy bands of the semiconductor crystals

8) Fermi surfaces and metals

9) optical interactions and processes

10) Superconductivity

11) Dielectric News

12) diamagnetic and paramagnetic

13) ferromagnetism and Anti- ferromagnetic

14) Magnetic Resonance

15) Alloy

16) nanostructures

References

1- Charles kittle, “ introduction to solid state physics”, wiley, 2005

2- J.P.Srivastava, “ element of solid physics”, PHI, 2006

33

Laboratory of Solid State Number of Units:3


1) Hall effect

2) Measurement of magnetic hysteresis

3) resonance ESR

4) resonance NMR

5) Measurement of mechanical factors

6) X-ray diffraction

7) The scattering of electrons by crystals

8) Electrical conductivity depends on the frequency

9) of the radiation

10) dielectric coefficient measured by frequency

11) with temperature dependent electrical conductivity in semiconductors

12) Sensors semiconductor

13) Magnetic Sensors

14) Plans and Projects

References

1- Adrian C.melissinos, “experiments in modern physics, jim Napolitano, academic

press,2003

2- datyl w. preston "The Art of Experimental Physics', translated by Mohammad Nader

Heydari Lame Rashti, University Center, 1383

34

Semiconductors Number of Units: 3


1) transfer of charge carriers

2) Applications of Semiconductors

3) types of semiconductor

4) Method of manufacturing a semiconductor

References

1- B. G.Yacobi,” semiconductor materials an introduction to basic principles”, 2003

2- David H.Navon, “semiconductor micro devices and materials”, 1986

3- S. mahajan and K.s.sree harsha, “principles of growth and processing of

semiconductor”, 1999

4- B. l. Anderson, R.L.Anderson, “fundamentals of semiconductor devices”, Mc Graw

hill,2005

35

Magnets Number of Units: 3


1) The magnetic moments

2) paramagnetic

3) crystal ball

4) magnetic resonance

5) the interaction of

6) and ferromagnetic order

7) Magnetic anisotropy

8) domain walls and domain structure

9) magnetism in metals

10) Magnetic Circuits

References

Stephen Blundell, “ magnetism in condensed”, oxford university press,2006

36

Nanostructures Number of Units: 3


1) Introduction

2) Method for measuring the properties of nanostructures

3) Characterization of Nanoparticles

4) nanofabrication

5) wells, quantum wires and dots

References

Charles P.Poole, ir . frank and owens, “ introduction to nanotechnology”, john wiley,

2003

37

Superconductivity Number of Units: 3


1) general properties

2) Magnetic Properties

3) Thermodynamic properties

4) Theory Ginsberg-Landau

5) Fundamentals of Theory BCS

6) tunneling

7) The general properties of superconductors hot

References

N. Tajabor, "Superconductor Physics", University of Mashhad, 1379

38

Engineering Optics Number of Units:3


1) lamps and electric discharge

2) Photo yards and lighting calculations

3) Fiber optics

4) Optical Sensors

5) Principles of Optical Communication

6) Principles of printers

References

1- Ajoy ghatak, k.thyagarjan, “ fiber optics”, Cambridge university press,2000

2- D.c. Pritchard, lighting, longman,1999

3- Dieter meschede, “ optics light and lasers”, wiley,2004

39

Applied Optics Number of Units: 3


1) The optical images

2) Holographic

3) optical properties of thin films

4) semiconductor detectors

5) interferometry

6) semiconductor lasers

7) laser spectroscopy

References

1- Dieter meschede, “ optics hight and lasers”, wiley, 2004

2- Eight, translated by P. Bayat Mokhtari, Ahmad Majidi, "optical" University Publishing,

1383

40

Advanced testing Optics Number of Units: 3


1) Set the laser optical system

2) spatial filters pervasive

3) Doppler effect to measure the speed of light

4) Work with electro-optic modulators and switches

5) Working with Work with optical detectors

6) Fourier optics

7) Faraday effect

References

Adrian c. Melissinos and jim Napolitano, “ experiments in modern physics” academic

press, 2003

41

Laser Number of Units: 3


1) The interaction of radiation with matter: Attract Investment songs - Investment and capture

cross sections, three and four-level lasers

2) phenomena pump : pump types, pump operation

3) Optical Resonator: Resonator parallel - Resonator Confocal - Resonator Spherical -

Approximation method Shalvetavenz - Approximation Fox Valley - stable - unstable

resonator

4) Process and Policy Coherence

5) Types of lasers: Gas lasers - Solid state lasers - free electron laser - Semiconductor lasers

6) Properties of laser beams

7) Principles of laser: spontaneous emission - stimulated emission and absorption of the

classical and quantum

8) and various broadening mechanisms

42

Laser Applications Number of Units: 3


1) Thermal Applications: Welding - turning - grinding work with lasers - Lasers in Medicine -

Laser Plasma

2) Laser spectroscopy: Raman mechanisms - absorption - emission - Separation of Isotopes -

Optoelectronic galvanic

3) Laser in Anytrfrvmtry principles Anytrfrvmtry and density: Reflektometri and density -

density and Faraday rotation

4) Laser in Measurement Distance: Measure the distance between the large and small - the

Laser Communications - quickly measure liquids – lasers in Zhiroumetry - laser

measurements of air pollution

5) Holographic

6) plasma produced by laser: laser accelerator - Plasma

7) The role of lasers in controlled nuclear fusion

8) The use of lasers in medicine

43

Laser Lab Number of Units: 2


1) Measurement of laser parameters

2) Laser interferometry

3) Laser Diffraction

4) the polarization of the laser

5) Holographic

6) Work with hand lasers N2

7) Work with hand lasers CO2

8) Plan and Project

References

Adrian c. Melissinos and jim Napolitano, “ experiments in modern physics” academic

press, 2003

44

Physics plasma 1 Number of Units: 3


1) Introduction

2) Kinetic Theory of Gases

3) Moved over to electric and magnetic fields Uniform

4) Moved over to electric and magnetic fields Non-Uniform

5) Moved over to electric and magnetic fields Variables with time

6) Plasma visibly

7) guidance and scratches on the plasma

8) waves in a plasma

9) Simple applications of magnetic hydrodynamics

References

1- J.A. Bitten court, “ fundamental of plasma physics”, tird edition, springer, 2004

2- F. chen, “ introduction of plasma physics and controlled nuclear fusion”, 2006

45

Plasma Physics 2 Number of Units: 3


1) collisions in the plasma

2) the influence and irritability

3) failure and the spill

4) Discharge rates and diets Tanznd

5) springs and electron beams and its applications

6) and the beam ion sources and their applications

7) sources of ionizing radiation

8) Discharge of dark DC in gases

9) discharge Lucent DC in gases

10) electrical discharge arc DC in gases

11) Discharge RF Induction of gases

12) Discharge RF capacitive gas

References

1- J. reece roth, “ industrial plasma engineering”, vol,1,principles. 1995

2- Sanborn c. brown, basic data of plasma physics the fundamental data on electrical

discharges in gases, 1994, MIT Press

46

Plasma Applications Number of Units: 3


1) The plasma levels of

2) Plasma deposition of thin layers

3) Plasma -assisted etching

4) Plasma spray

5) Light sources and Plasma TVs

6) Cleaning and decontaminating surfaces by plasma treatment

7) The use of plasma components in the semiconductor industry

8) Plasma cutting and welding

9) Electric power generation and its applications in geophysics

10) Laser Plasma

References

1- J. reece roth , “ industrial plasmas engineering”, vol.1, principles, 1995


47

Plasma production systems Number of Units: 3


1) Pulsed electrical discharge in vacuum

2) Discharge Lamps

3) Plasma cathode electron sources

4) Dielectric barrier discharge

5) Microwave discharge in gases

6) The structure of the plasma jet

7) Tokomak

8) Plasma focus

9) Plasma sputtering apparatus and different structures

References


2- P.R.Dennis, “ plasma JET Technology”, 1965

3- Michael A. Lieberman, “ physics of high- density z-pinch plasmas”, springer, 2005

4- Plasma jets in the development of new naterials technology, brill academic publishers,

1990

5- A.A Harms, “ principles of fusion energy: an introduction to fusion energy for

students”

6- Dmitri ilich prosk410vsky pulsed electrical discharges in vacuum, springer, 1989,

ISBN 3540507256

7- J.Francis way mouth, “ electrical discharge lamps, MIT press, 1971

8- Efim oks, “ plasma cathode electron source”, wiley-VCH, 2006

9- Sanborn C.brown , basic data of plasma physics: the fundamental data on electrical

discharges in gases, 1994, MIT press

48

Plasma Laboratory Number of Units:2


1) Examine the relationship between bright and dark spots formation in the discharge tube

diameter

2) Testing the Faraday plasma engine

3) Testing the effect of the magnetic field and plasma Brstvn

4) Test the formation of bright and dark areas in a short timeframe

5) Examining the relationship between light and heavy particles in the plasma of stimulating

play direct and alternating

6) Discharge GHz waves

7) Dielectric barrier discharge test as a bed and Asnvanh

8) Measured by high -voltage electrical discharge

9) The ozone generator

10) Plasma jet

11) Producing an electrical discharge electron beam

12) Plasma coating

13) Discharge RF

14) Project Plan

49

Plasma diagnostic systems Number of Units: 3


1) Magnetic Measurement System

2) Interferometry techniques

3) Reflectometry plasma

4) Methods of measuring the ion temperature

5) Ways of measuring the electron temperature

6) Is measured by electrical conductivity probe

7) Plasma Spectroscopy

References

1- H. Hutchinson, “ principles of plasma diagnostics”, Cambridge university press, 1987

2- H.W.Drawin, “ plasma diagnostics”, 1968

3- F.f . chen “ plasma diagnostic techniques”, 1965

50

General Chemistry 1 and 2 Number of Units: 6


1) atoms, molecules and ions

2) stoichiometry

3) The reaction of aqueous

4) Heat Chemistry

5) The electronic structure of atoms

6) Periodic Properties of Elements

7) Basic concepts of chemical bonding

8) the geometry and bonding theories

9) gases

10) Intermolecular forces

11) New Material

12) Properties of solutions

51

Chemistry Lab 1 and 2 Number of Units: 3


1) Examination of Conservation of Mass

2) Determine the atomic weight

3) acid-base titration

4) react ion

5) Rehabilitation metal oxides

6) Spring

7) conduct surveys

8) potentiometric

9) Determine the formula of a substance

10) gravimetric

11) the solution of

12) Determine the number Avogadro

13) Measurement of the heat of reaction

14) ion concentration using spectrophotometry

15) measured the reaction rate

16) Electrochemical experiments

17) Test photochemistry

18) cells to chemical

19) crystallized

20) recognition caution and recognition anion

52

Mathematical Physics 1 Number of Units: 3


1) advanced vector analysis

2) coordinate systems

3) Partial Differential Equations

4) Linear Spaces

5) spaces of functions

6) matrix and determinant operators

7) Laplace

53

Mathematical Physics 2 Number of Units: 3


1) Complex functions

2) Analytic properties

3) conformal mappings

4) Account balances are

5) orthogonal functions

6) the Fourier series

7) Account Changes

54

Math 1 Number of Units: 3


1) Function - Limit - derivatives and their use

2) Integral and its applications

3) Transcendental functions and hyperbolic functions

4) The method of integration

5) Analytical Geometry of page

6) polar coordinates

7) vectors and parametric equations.

References

1- Calculus and analytic geometry, george B.thomas, 1988

55

Mathematics Number of Units: 3


1) Basic Linear Algebra

2) vector functions and their derivatives

3) The partial derivative

4) multiple integrals

5) vector analysis

6) infinite strings

7) Mixed Numbers

56

Math Differential Equations Number of Units: 3


1) first-order differential equations

2) second-order differential equations

3) higher order linear equations

4) Laplace

5) A series of linear equations

6) The system of first order equations

57

Language Specialty Number of Units: 3


Engineering Physics textual analysis of one of three trends: Solid, Plasma, Laser and Optics

depending on student interest in physics and writing short articles in English.

Documents

tables undergraduate course engineering physicssrbiau.ac.ir/Files/B_Sc in Engineering Physics(1).pdf · · 2016-06-12tables undergraduate course engineering physics Table : 1 Lesson: