‫المملكة العربية السعودية‬
‫وزارة التعليم العالي‬
‫جامعة سلمان بن عبد العزيز‬
‫كلية العلوم والدراسات اإلنسانية بالخرج‬
Kingdom Of Saudi Arabia
Ministry Of Higher Education
Salman bin Abdulaziz university
College of Science and Humanities
Analogue Electronics ‫مفردات مقرر‬
‫تعليمات مهمة‬
‫ الفيزياء‬: ‫القسم‬
‫ هـ‬1435\1434 - ‫ الثانى‬:‫الفصل والعام الجامعي‬
‫مواعيد المحاضرة‬
‫الوحدات المعتمدة‬
‫المستوى‬
5
3
‫السادس‬
) ‫ الخميس‬، ‫ ( الثالثاء‬:‫الساعات المكتبية‬
‫عدا ذلك موعد مسبق‬
35 : ‫رقم المكتب‬
‫رقم ورمز المقرر‬
PHYS 4190
‫ عبير كمال عبد العزيز على‬.‫ د‬:‫مدرس المقرر‬
Abeer_kz@yahoo.com :‫ايميل مدرس المقرر‬
‫وصف المقرر وأهدافه‬
1. Summary of the main learning outcomes for students enrolled in the course.
‫الغياب يحسب‬
‫منذ اليوم االول‬
‫للدراسة‬
‫وينبغي عليك‬
‫ من‬%75 ‫حضور‬
‫المحاضرات على‬
‫االقل وإال سيتم‬
‫حرمانك من دخول‬
‫االختبار النهائي‬
‫تقدم اعذار الغياب‬
‫لرئيس القسم بما‬
72 ‫ال يتجاوز‬
‫ساعة من الغياب‬
،‫عن المحاضرة‬
‫ولن يقبل أي عذر‬
‫بعد ذلك‬
‫لن تقبل الواجبات‬
‫واألبحاث المسلمة‬
‫بعد انتهاء الوقت‬
‫المحدد للتسليم‬
‫وسيرصد صفرا‬
‫لمن يتأخر في‬
‫تسليمها‬
‫سيحال الطلبة‬
‫المخلين بالنظام‬
‫داخل القاعة الى‬
‫لجنة التاديب‬
‫الطالبي‬
 Recognize solid state physics and more broadly the physics of materials.
 Help students become better and more organized problem solvers using solid state physics as
a tool to that end.
 Help students to become better abstract and critical thinkers, using solid state physics as a
tool to that end.
 Demonstrate topics in solid state physics.
‫مخرجات التعلم المتوقعة عند دراسة هذ المقرر‬
On completing the course the students will be able to:
 Define a solid state physics.
 Interpret the structure that makes a solid?
 Differentiate between metals, semiconductor and insulators.
 Differentiate between the types of crystal lattice using X-ray diffraction.
 Summarize the physics of electrical and thermal conductivity and the relation between them.
 Explain the meaning of phonon.
 analyse the mathematical formulation describing this physical phenomena
‫االنشطة الفصلية المطلوبة‬
- Exercises in class.
- Two midterm exams.
- Quizzes and essay
- Final exam at the end of the semester.
‫المملكة العربية السعودية‬
‫وزارة التعليم العالي‬
‫جامعة سلمان بن عبد العزيز‬
‫كلية العلوم والدراسات اإلنسانية بالخرج‬
Kingdom Of Saudi Arabia
Ministry Of Higher Education
Salman bin Abdulaziz university
College of Science and Humanities
‫التقييم وتوزيع درجات المقرر‬
‫الدرجة المقررة‬
‫نوع التقييم‬
2 *15
) ‫ متعدد‬، ‫موضوعية‬، ‫اختبارين فصليين (مقالية‬
10
Mini-projects-oral presentation and Activities
60
)) ‫ متعدد‬، ‫موضوعية‬، ‫نهائي ((مقالية‬
‫المراجع ومصادر المعرفة المتاحة للمقرر‬
 C. Kittel, Introduction to solid state physics, Wiley; 7th Ed., (1995).
 M. Ali Omar, Elementary Solid State Physics, Addison-Wesley, (1993).
 N. W. Ashcroft and
week
1
2
B001H6NBFM
N. D. Mermin, Solid State Physics, Brooks Cole; 1st Ed., (1976)
Recognition
Define some basis of solid state
physics
Know the the basis of Atomic bonds
and crystal structure, Electron shell
Day
Thursday
Topics to be Covered
Introduction to Solid State Physics- What
is a solid? What is the structure that
makes a solid? What are some properties
of solids Useful, Interesting, Surprising,
What is Solid State Physics?, Phenomena
and Principles, Course Outlines.,
Thursday
Atomic bonds and crystal structure, Electron
shell, Why are electrons important?
Elements
have
different
electron
configurations ,Electron Dot Structures,
Ionic bond formed, Types of atomic bonds:
Formation of Ions from Metals, examples,
Covalent bond formed, Polar and non-polar
covalent bonds, Metallic bonds, Molecular
bond (Van der Waals bond, Hydrogen bond)
3
Differentiate between Crystal
Structures and Lattices with Bases
Thursday
Structure of Crystals, Lattices and
Translations, Primitive Cell, Simple, BodyCentered, and Face-Centered Cubic Lattices,
Primitive Unit Cell and Conventional Cell,
Crystal Structures and Lattices with Bases,
some important example of crystal structure
and lattice with Bases.
4
Understand Classification of Bravais
Lattices and Crystal Structures.
Thursday
Classification of Bravais Lattices and Crystal
Structures.
‫المملكة العربية السعودية‬
‫وزارة التعليم العالي‬
‫جامعة سلمان بن عبد العزيز‬
‫كلية العلوم والدراسات اإلنسانية بالخرج‬
Kingdom Of Saudi Arabia
Ministry Of Higher Education
Salman bin Abdulaziz university
College of Science and Humanities
Classification of Bravais lattices, The Seven
Crystal Systems and Fourteen Bravais, cubic
and noncubic system,
5
6
7
8
9
Understand The Reciprocal Lattice
Definitions and Miller Indices of lattice
planes
Describe the Crystal Structures by Xray Diffraction, Bragg formulation of
X-ray diffraction by a crystal.
define Phonon:, Lattice waves, Heat
Capacity and specific heat
develop Free electron model: The
Drude model of Metals; Basic
Assumptions of the Model, Drift
mobility, Wiedmann-Franz Law.
Interpret Band Theory of Solids,
Electrons in Solids, Band Theory of
Solids,’ Insulators, Semiconductors,
Metals, Band Overlap, Band
Hybridization.
Thursday
The Reciprocal Lattice Definitions of the
reciprocal lattice, the reciprocal lattice is
Bravais lattice, the reciprocal lattice of the
the reciprocal lattice, The first Brillouin Zone,
Lattice Planes, Miller Indices of lattice
planes, some conventions for specifying
directions. Exercise
Thursday
Determination of Crystal Structures by X-ray
Diffraction, Bragg formulation of X-ray
diffraction by a crystal. The Laue Condition
Construction, Experimental Methods: Laue,
Rotating Crystal, Powder, Diffraction
patterns.
Thursday
Phonon:, definition, Lattice waves, Heat
Capacity and specific heat (Classical, Einstein
and Debye treatments), High and low
temperature limits. The energy distribution
function ( Bose-Einstein distribution).
Thursday
Free electron model: The Drude model of
Metals; Basic Assumptions of the Model;
Collision or Relaxation Times, Microscopic
View of Ohm's Law, DC Electrical
Conductivity, Thermal Conductivity, Thermal
conductivity in free electron gas, Drift
mobility, Wiedmann-Franz Law.
Thursday
Band Theory of Solids, Electrons in Solids,
Band Theory of Solids,’ Insulators,
Semiconductors, Metals, Band Overlap,
Band
Hybridization,
qualitative
and
quantitative difference between metals and
insulators , Concept of Holes.