برنامه درسی

فیزیک عمومی 1 و معادلات دیفرانسیل

• مراجع درس(Textbooks):
• Introduction to Classical Mechanics- Atam Parkash Arya (1998 – 2^nd Ed.)
• Classical Dynamics of Particles and Systems –S. T. Thornton & J. B. Marion (5^th Ed. 2003)
• Mechanics – Keith Randolph Symon (PEARSON, 2016, 3^rd Ed.)
• Classical Mechanics, R. D. Gregory, (Cambridge University Press 2006)
• Analytical Mechanics – Fowles & Cassiday, 7^th Ed.
• Introduction to Classical Mechanics: With Problems and Solutions- David Morin

(Cambridge University Press 2008)

نکته: ترجمه شده سه مرجع اول در کتابخانه دانشکده و کتابخانه مرکزی موجود است.

تاریخچه، فلسفه و مبانی مکانیک نیوتونی (Introduction to Newtonian Mechanics)– حرکت ذره در یک بعد (Particle Motion in One Dimension)– نوسانگرهای هارمونیک (Harmonic Oscillators)–سیستمهای نوسانی (Oscillating Systems)– حرکت در دو و سه بعد (Motion in 2&3 Dimensions )– نیروی مرکزگرا (Central Force)– سیستمهای چند ذره ای: قوانین پایستگی و برخورد ها (System of Particles: Conservation Laws and Collisions)– حرکت جسم صلب 1 (Rigid Body Motion I)

• اهداف (Objectives): به کارگیری ساختارهای ریاضی برای تحلیل مباحث مکانیک کلاسیک ذرات و اجسام صلب

الکترومغناطیس 1

:               Francies F. Chen, Introduction to Plasma Physics and Controlled Fusion. Vol. 1:

                                Plasma Physics, Plenum Pub Corp; Second Edition, 1984

Introduction to Plasma Physics, 2^st semester 03-04

Faculty of Physics, University of Tabriz

Syllabus

Instructor:              M. Hosseinpour, Room 459, Faculty of Physics, University of Tabnriz

Email:                     hosseinpour@tabrizu.ac.ir ,      Office Tel:  (0411) 339 33 56

Web site:                 http://asatid.tabrizu.ac.ir/fa/pages/default.aspx?hosseinpour

Lectures:                 Sat. & Wed. 10-12, Room 203 

Office hours:          Sat. 10-12,    Mon. 10-12, 14-16

Textbook:               Francies F. Chen, Introduction to Plasma Physics and Controlled Fusion. Vol. 1:

                                Plasma Physics, Plenum Pub Corp; Second Edition, 1984.

Recommended:      -  Bellan, P. M., Fundamentals of Plasma Physics, Cambridge Un Press, 2008

                                -  R. J. Goldstein and P. H. Rutherford, Introduction to Plasma Physics, IOP, 1995

                                -  S. Eleizer, The fourth state of Matter: An introduction to plasma science, IOP, 2001

Prerequisite:           Electromagnetism I

Homework:             Assigned every week and must be submitted in class on the indicated due date.

                                Homework and lectures can be accessed through the above mentioned website.

Grading:                Homework: 10%,       Quizzes: 10%,       Midterm: 30%,       Final Exam: 50%

Midterm Exam:   Sat. 04/2/20     14-16                    Final Exam:   Mon. 04/4/2   8-10 AM.

Course Content

Part I: Introductory Plasma Physics

       Week 1: Introduction, Basic concepts

       Week 2: Basic concepts

       Week 3: Single - Particle motion

       Week 4: Single - Particle motion

       Week 5: Magnetic Mirrors

Part II: Kinetic and Fluid Theories of Plasmas

       Week 6: Kinetic Theory

       Week 7: Moments of Boltzman – Vlasov Equation

       Week 8: Multiple – Fluid Theory of Plasmas

       Week 9: Midterm Exam

       Week 10: Magnetohydrodynamics (MHD), Single-Fluid Theory of Plasmas

       Week 11: MHD Equilibria and Applications I

       Week 12: MHD Equilibria and Applications II

Part III: Waves in Plasmas

       Week 13: Waves I

       Week 14: Waves II

       Week 15: Seminars

آشنایی با اصول فیزیک پلاسما و کاربردهای آن در آزمایشگاه و فضا