‫وصف مواد قسم الفيزياء‬
‫وصف المادة باللغة االنجليزية‬
‫اسم المادة باللغة‬
‫االنجليزية‬
History of astronomy, Calendars, Solar system (inner planets, outer planets,
meteorites, asteroids and comets), Eclipses, Stellar properties, H-R diagram,
Stellar evolution, Galaxies, Cosmos.
Introduction to
astronomy
Motion in two dimensions; Newton’s lows of motion; circular motion and other applications of
Newton’s work and energy ; potential energy and conservation of energy; linear momentum and
collisions; rotation of a rigid body about a fixed axis ; angular momentum and torque.; conditions of
static equilibrium of rigid bodies
General Physics
(1)
Electric field and force; Gauss’ law; electric potential ; capacitance and dielectrics; current and
resistance; direct current circuits; magnetic fields; sources of the magnetic field; Farady’s law of
electromagnetic induction; induction
General Physics
(2)
Experiments on measuring methods; static effect of forces; inclined plane; friction; translational motion;
conservation of linear momentum; free fall; projectile motion; rotational motion; conservation of angular
momentum; determining the gravitational constant
General Physics
Laboratory (1
‫وصف المادة باللغة العربية‬
َ‫ ثٌٕظج‬،ُ٠ٚ‫ ثٌضمج‬،‫خ عٍُ ثٌفٍه‬٠‫صجس‬
‫ثوخ‬ٛ‫ ثٌى‬،‫ز‬١ٍ‫ثوخ ثٌذثخ‬ٛ‫ ( ثٌى‬ٟ‫ثٌشّغ‬
‫ىذجس‬٠ٛ‫ثٌى‬ٚ ‫خ‬ٙ‫ ثٌش‬،‫ز‬١‫ثٌخجسؽ‬
،‫ف‬ٛ‫ثٌخغ‬ٚ ‫ف‬ٛ‫ ثٌىغ‬،)‫ثٌّزٔذجس‬ٚ
،H-R ‫ِخطؾ‬ٚ ،َٛ‫خظجةض ثٌٕؾ‬
. ْٛ‫ ثٌى‬،‫ ثٌّؾشثس‬،َٛ‫س ثٌٕؾ‬ٛ‫صط‬
‫ د دددذ‬ٟ‫ ثٌقشودددز فددد‬،‫دددجط‬١‫ثٌم‬ٚ ‫فدددذثس‬ٌٛ‫ث‬
،ٓ٠‫ د ددذ‬ٟ‫ ثٌقشوددز فدد‬،‫ددجس‬ٙ‫ ثٌّضؾ‬،‫ثفددذ‬ٚ
‫ ثٌقشودددز‬،‫ ثٌقشودددز‬ٟ‫صٓ فددد‬ٛ‫ددد‬١ٔ ٓ١ٔ‫ث‬ٛ‫لددد‬
ٍٝ‫ ع‬ٜ‫مجس أخش‬١‫صطذ‬ٚ ‫ز ثٌّٕضظّز‬٠‫ثٌذثةش‬
‫ ؽجلددز‬،‫ثٌطجلددز‬ٚ ً‫ ثٌشددط‬،ٓ‫ص‬ٛ‫دد‬١ٔ ٓ١ٔ‫ث‬ٛ‫لدد‬
‫دددز‬١ّ‫ و‬،‫ْ ففدددع ثٌطجلدددز‬ٛٔ‫لدددج‬ٚ ‫ػدددق‬ٌٛ‫ث‬
ُ‫سثْ ؽغ‬ٚ‫ د‬،َ‫ثٌضظجد‬ٚ ٟ‫ثٌضقشن ثٌخط‬
‫ز‬١ّ‫ و‬،‫س عجدش‬ٛ‫ي ِق‬ٛ‫طٍخ (ؽجعب) ف‬
ْ‫ ث صدددددضث‬،َ‫ثٌ دددددض‬ٚ ٞٚ‫ثٌضقدددددشن ثٌدددددضث‬
‫ ٌٍؾغُ ثٌظٍخ‬ٟٔٛ‫ثٌغى‬
‫ذ‬ٙ‫ ثٌؾ‬،‫ط‬ٚ‫ْ ؽج‬ٛٔ‫ لج‬،ٟ‫شدجة‬ٙ‫ثٌّؾجي ثٌى‬
،‫ز‬١‫شدجة‬ٙ‫ ثٌغ ز ثٌى‬،ٟ‫شدجة‬ٙ‫ثٌى‬
،‫ِز‬ٚ‫ز ثٌّمج‬١‫خجط‬ٚ ٟ‫شدجة‬ٙ‫جسثٌى‬١‫ثٌض‬
‫ ثٌّؾج س‬،‫جس ثٌّذجشش‬١‫دثسثس ثٌض‬
‫ ِظجدس ثٌّؾج س‬،‫ز‬١‫غ‬١‫ثٌّطٕجؽ‬
‫ ثٌقظ‬ٟ‫ ف‬ٞ‫ْ فجسثد‬ٛٔ‫ لج‬،‫ز‬١‫غ‬١‫ثٌّطٕجؽ‬
‫ز‬١‫ ثٌقغ‬،ٟ‫غ‬١‫شِطٕجؽ‬ٙ‫ثٌى‬
ْٛٔ‫ لج‬،‫جط‬١‫ ؽشق ثٌم‬ٟ‫ز ف‬١ٍّ‫صؾجسح ع‬
‫ؿ ثٌّجةٍز‬ٛ‫ ثٌغط‬،)‫ن ( ثٌٕجدغ‬ٛ٘
ٓ١ٔ‫ث‬ٛ‫ ل‬،‫ثفذ‬ٚ ‫ د ذ‬ٟ‫ ثٌقشوز ف‬،‫ث فضىجن‬
،‫ؽ ثٌقش‬ٛ‫ ثٌغم‬،ٟ‫ففع ثٌضخُ ثٌخط‬
،‫ز‬١ٔ‫سث‬ٚ‫ثٌقشوز ثٌذ‬،‫فجس‬ٚ‫فشوز ثٌّمز‬
‫جط‬١‫ ل‬،ٟٔ‫سث‬ٚ‫ٓ ففع ثٌضخُ ثٌذ‬١ٔ‫ث‬ٛ‫ل‬
‫ز‬١‫عجدش ثٌؾجرد‬
‫اسم المادة باللغة‬
‫العربية‬
‫ عٍُ ثٌفٍه‬ٟ‫ِمذِز ف‬
‫رقم المادة‬
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)0( ‫جء عجِز‬٠‫ض‬١‫ف‬
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)0( ‫جء عجِز‬٠‫ض‬١‫ف‬
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)0( ‫ز‬١ٍّ‫جء عجِز ع‬٠‫ض‬١‫ف‬
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Experiments on Coulomb’s law; field lines and equipotential lines; plate capacitor; Ohm’s law;
Kirchoff’s laws; effect of force in a magnetic field; Biot-Savart’s law; induction in a moving conductor
loop; transformer; measuring the earth’s magnetic field
General Physics
Laboratory (2)
Motion in two dimensions; Newton’s lows of motion; circular motion and other applications of
Newton’s work and energy ; potential energy and conservation of energy Electric field and force; Gauss’
law; electric potential ; capacitance and dielectrics; current and resistance; direct current circuits;;
General Physics
for computer
science student
Experiments on measuring methods; static effect of forces; inclined plane; friction; translational motion;
free fall; projectile motion; Experiments on Coulomb’s law; field lines and equipotential lines; plate
capacitor; Ohm’s law; Kirchoff’s laws;
General Physics
Laboratory for
computer
science student
Vectors analysis; curvilinear coordinates; spherical and cylindrical coordinates systems complex
variables, determiners, solving ordinary differential equations.
Mathematical
Physics (1)
،َٛ‫ٌدددد‬ٛ‫ْ و‬ٛٔ‫ لددددج‬ٟ‫ددددز فدددد‬١ٍّ‫) صؾددددجسح ع‬0( ‫ز‬١ٍّ‫جء عجِز ع‬٠‫ض‬١‫ف‬
‫ؽ‬ٛ‫خطددد‬ٚ ٟ‫شددددجة‬ٙ‫ؽ ثٌّؾدددجي ثٌى‬ٛ‫خطددد‬
،َٚ‫ْ أ‬ٛٔ‫ لدددج‬،‫ ثٌّىغفددجس‬،‫ددذ‬ٙ‫ ثٌؾ‬ٞٚ‫صغددج‬
ٝ‫ر عٍددد‬ٛ‫ش ثٌمددد‬١‫ صدددةع‬،‫ف‬ٛ‫ششددد‬١‫ٓ و‬١ٔ‫ث‬ٛ‫لددد‬
-‫س‬ٛ‫دددد‬١‫ْ د‬ٛٔ‫ لددددج‬،ٟ‫غدددد‬١‫ثٌّؾددددجي ثٌّطٕجؽ‬
،ٟ‫غدددد‬١‫شِطٕجؽ‬ٙ‫ ثٌقددددظ ثٌى‬،‫عددددجفجسثس‬
ٟ‫غددد‬١‫دددجط ثٌّؾدددجي ثٌّطٕجؽ‬١‫ ل‬،‫ي‬ٛ‫ثٌّقددد‬
.‫ٌألسع‬
‫ د ذ‬ٟ‫ ثٌقشوز ف‬،‫جط‬١‫ثٌم‬ٚ ‫فذثس‬ٌٛ‫دددددجء عجِدددددز ٌطٍذدددددز ث‬٠‫ض‬١‫ف‬
،ٓ٠‫ د ذ‬ٟ‫ ثٌقشوز ف‬،‫جس‬ٙ‫ ثٌّضؾ‬،‫ثفذ‬ٚ
‫ح‬ٛ‫ثٌقجع‬
‫ ثٌقشوز‬،‫ ثٌقشوز‬ٟ‫صٓ ف‬ٛ١ٔ ٓ١ٔ‫ث‬ٛ‫ل‬
ٍٝ‫ ع‬ٜ‫مجس أخش‬١‫صطذ‬ٚ ‫ز ثٌّٕضظّز‬٠‫ثٌذثةش‬
‫ ؽجلز‬،‫ثٌطجلز‬ٚ ً‫ ثٌشط‬،ٓ‫ص‬ٛ١ٔ ٓ١ٔ‫ث‬ٛ‫ل‬
‫ ثٌّؾجي‬،‫ْ ففع ثٌطجلز‬ٛٔ‫لج‬ٚ ‫ػق‬ٌٛ‫ث‬
‫ذ‬ٙ‫ ثٌؾ‬،‫ط‬ٚ‫ْ ؽج‬ٛٔ‫ لج‬،ٟ‫شدجة‬ٙ‫ثٌى‬
،‫ز‬١‫شدجة‬ٙ‫ ثٌغ ز ثٌى‬،ٟ‫شدجة‬ٙ‫ثٌى‬
،‫ِز‬ٚ‫ز ثٌّمج‬١‫خجط‬ٚ ٟ‫شدجة‬ٙ‫جسثٌى‬١‫ثٌض‬
‫ ثٌّؾج س‬،‫جس ثٌّذجشش‬١‫دثسثس ثٌض‬
‫ ثٌقظ‬ٟ‫ ف‬ٞ‫ْ فجسثد‬ٛٔ‫ لج‬،‫ز‬١‫غ‬١‫ثٌّطٕجؽ‬
ٟ‫غ‬١‫شِطٕجؽ‬ٙ‫ثٌى‬
ْٛٔ‫ لج‬،‫جط‬١‫ ؽشق ثٌم‬ٟ‫ز ف‬١ٍّ‫ددددز صؾجسح ع‬١ٍّ‫ددددجء عجِددددز ع‬٠‫ض‬١‫ف‬
‫ؿ ثٌّجةٍز‬ٛ‫ ثٌغط‬،)‫ن ( ثٌٕجدغ‬ٛ٘
‫ح‬ٛ‫ٌطٍذز ثٌقجع‬
،‫ثفذ‬ٚ ‫ د ذ‬ٟ‫ ثٌقشوز ف‬،‫ث فضىجن‬
.‫فجس‬ٚ‫ فشوز ثٌّمز‬،‫ؽ ثٌقش‬ٛ‫ثٌغم‬
،ٌَٛٛ‫ْ و‬ٛٔ‫ لج‬ٟ‫ز ف‬١ٍّ‫صؾجسح ع‬
‫ؽ‬ٛ‫خط‬ٚ ٟ‫شدجة‬ٙ‫ؽ ثٌّؾجي ثٌى‬ٛ‫خط‬
،َٚ‫ْ أ‬ٛٔ‫ لج‬،‫ ثٌّىغفجس‬،‫ذ‬ٙ‫ ثٌؾ‬ٞٚ‫صغج‬
‫ف‬ٛ‫شش‬١‫ٓ و‬١ٔ‫ث‬ٛ‫ل‬
،‫دددددز‬١‫جس ث ٔقٕجة‬١‫ ثيفدددددذثع‬،‫دددددجس‬ٙ‫ثٌّضؾ‬
)0( ‫ز‬١‫جػ‬٠‫جء س‬٠‫ض‬١‫ف‬
،‫دددددز‬٠ٚ‫ثٌىش‬ٚ ‫ز‬١ٔ‫ث‬ٛ‫جس ثنعدددددط‬١‫ثيفدددددذثع‬
‫فجس‬ٛ‫ ثٌّظددددددف‬،‫ددددددشثس ثٌّشوذددددددز‬١‫ثٌّضط‬
‫ز‬١ٍ‫ ثٌّ ددددددجد س ثٌضفجػدددددد‬،‫ثٌّقددددددذدثس‬ٚ
.‫ز‬١٠‫س‬ٛ‫ ِضغٍغالس ف‬،‫ز‬٠‫ثٌ جد‬
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Circuit elements ; circuit laws and theorems ; signal processing circuits; semiconductor diode; transistors
and integrated circuits; a.c. circuits; large–signal amplifier ; small–signal amplifier; feedback amplifiers;
operational amplifiers
Electronics
Experiments on current and voltage sources; diodes; diode circuits; transistors; optoelectronics; transistor
circuits; internal design of an operational amplifier; operational amplifier circuits; open-loop control
Electronics
Laboratory
Special relativity; dual property of light and particles; atomic structure; principles of quantum
mechanics; hydrogen atom and many electron atoms.
Modern Physics
Fundamental concepts; equations of state; first law of thermodynamics and its application; second law of
thermodynamics; energy equations of a system and their applications; thermodynamics potentials
Thermodynami
cs
ٓ١ٔ‫ث‬ٛ‫ ل‬،‫ز‬١‫شدجة‬ٙ‫عٕجطش ثٌذثسر ثٌى‬
‫ دثسثس‬،‫ز‬١‫شدجة‬ٙ‫جس ثٌذثسثس ثٌى‬٠‫ٔظش‬ٚ
ٗ‫ شذ‬ٟ‫ ثٌغٕجة‬،‫ً ثيشجسثس‬١‫صشى‬
‫ثةش‬ٚ‫ثٌذ‬ٚ ‫س‬ٛ‫ ثٌضشثٔضعض‬،ً‫ط‬ٌّٛ‫ث‬
،‫جس ثٌّضشدد‬١‫ دثسثس ثٌض‬،‫ثٌّضىجٍِز‬
ُ‫ ِؼخ‬،‫شر‬١‫ِؼخُ ثيشجسثس ثٌىذ‬
‫ خظجةض رثس‬،‫شر‬١‫ثيشجسثس ثٌظط‬
ً١‫ ِؼخّجس ثٌضشط‬،‫ز ثٌشثؽ ز‬٠‫ثٌضطز‬
‫ددددجس‬١‫ ِظددددجدس ثٌض‬ٟ‫ددددز فدددد‬١ٍّ‫صؾددددجسح ع‬
َ‫ دثسثس ثٌظّج‬،ٟ‫ ثٌظّجَ ثٌغٕجة‬،‫ذ‬ٙ‫ثٌؾ‬ٚ
‫جس‬٠‫ ثٌذظدددددددش‬،‫س‬ٛ‫ صشثٔضعدددددددض‬،ٟ‫ثٌغٕدددددددجة‬
ُ‫ُ دثةددددشر ِؼددددخ‬١ّ‫ صظدددد‬،‫ددددز‬١ٔٚ‫ثيٌىضش‬
،‫ دثسثس ِؼددددددخُ ثيشددددددجسر‬،‫ثيشددددددجسر‬
.‫فز‬ٛ‫فقض ثٌذثسثس ثٌّفض‬
‫جس‬١ٔٚ‫إٌىضش‬
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‫ز‬١ٍّ‫جس ع‬١ٔٚ‫إٌىضش‬
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‫ ثٌظفز‬،‫ز ثٌخجطز‬١‫ز ثٌٕغذ‬٠‫ثٌٕظش‬
ٗ‫غ‬٠‫جء فذ‬٠‫ض‬١‫ف‬
‫ز‬١‫ؽ‬ٌّٛ‫ ثٌظفز ث‬،‫ثػ‬ِٛ‫ٗ ٌأل‬١ّ١‫ثٌؾغ‬
‫ ِذجدا‬،ٞ‫خ ثٌزس‬١‫ ثٌضشو‬،َ‫ٌألؽغج‬
ٓ١‫ؽ‬ٚ‫ذس‬١ٌٙ‫ رسر ث‬،ُ‫ىج ثٌى‬١ٔ‫ىج‬١ِ
‫ٔجس‬ٚ‫ذر ث ٌىضش‬٠‫ثٌزسثس عذ‬ٚ
‫خ‬١‫ ثٌضشو‬،‫ٔجس‬ٚ‫ثٌزسثس ِض ذدر ثيٌىضش‬
‫غز ِضمذِز‬٠‫جء فذ‬٠‫ض‬١‫ف‬
‫ ثٌٕشجؽ‬،‫ثر‬ٌٕٛ‫ (ث‬ٌٕٞٚٛ‫ ثٌذٕجء ث‬،ٟ‫ت‬٠‫ثٌؾض‬
،‫ز‬١ٌٚ‫ّجس ثن‬١‫جء ثٌؾغ‬٠‫ض‬١‫ ف‬،)ٟ‫ثيش جع‬
ْٛ‫جء ثٌى‬٠‫ض‬١‫ ف‬،‫ثٌقجٌز ثٌظٍذز‬
،‫ ِ جد س ثٌقجٌز‬،‫ز‬١‫ُ أعجع‬١٘‫دددددددددز ِفج‬٠‫ىدددددددددج فشثس‬١ِ‫ٕج‬٠‫د‬
‫ز‬٠‫ىج ثٌقشثس‬١ِ‫ٕج‬٠‫ي ٌٍذ‬ٚ‫ْ ثن‬ٛٔ‫ثٌمج‬
‫ز‬١‫جة‬٠‫ض‬١‫ف‬
‫ىج‬١ِ‫ٕج‬٠‫ ٌٍذ‬ٟٔ‫ْ ثٌغج‬ٛٔ‫ ثٌمج‬،ٗ‫مجص‬١‫صطذ‬ٚ
َ‫ ِ ذ س ثٌطجلز ٌٕظج‬،‫ز‬٠‫ثٌقشثس‬
ْٛٔ‫ ثٌمج‬،‫ذ‬ٙ‫ ثلضشثٔجس ثٌؾ‬،‫ج‬ٙ‫مجص‬١‫صطذ‬ٚ
‫مجس‬١‫ صطذ‬،‫ز‬٠‫ىج ثٌقشثس‬١ِ‫ٕج‬٠‫ثٌغجٌظ ٌٍذ‬
ٓ١‫ ثٌشدؾ د‬ٜٛ‫ ل‬،‫عز‬ٕٛ‫ أٔظّز ِض‬ٍٝ‫ع‬
‫ز‬١‫مجس إػجف‬١‫ صطذ‬،‫تجس‬٠‫ثٌؾض‬
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Simple Harmonic Motion (SHM) & Damped SHM(SHM of Mechanical and Electrical Systems:
Displacement, velocity acceleration, and energy. SHM of electrical system. Superposition of two SHM
in one dimension. Damped SHM, amplitude, decay, logarithmic decrement, relaxation time, the Q-value.
Damped SHM in an electrical circuits.
Forced Oscillator (FO) (the vector operator. Electrical and mechanical impedance of FO. Transient and
steady state of FO. Displacement and velocity of FO. frequency dependence of FO. Vibration insulation.
Power of FO. Q-value.).
Coupled Oscillations ( Spring coupled pendulums. The equation of motion, the normal coordinates and
the normal modes of vibrations, electrically coupled oscillators, coupling of many oscillators, wave
equation.)
Transverse Wave Motion:( notation of partial differentiation, mechanical approach to the wave equation,
particle phase velocity, the wave equation in a string, the string as a forced oscillator, the characteristic
impedance of a string, reflection and transmission of transverse waves at a boundary, standing waves on
a string of fixed length, normal modes, energy in a normal mode of oscillation, wave groups and
dispersion, transverse waves in a periodic structur.)
Longitudinal Waves (wave equation, sound waves in gases, energy distribution in a sound wave, specific
impedance of a sound wave, longitudinal waves in a solid structure.)
EM spectrum, speed of light, a brief history about particles and photons, the laws of reflection and
Physics of
Vibrations and
Waves
Optics (1)
refraction, Huygens' principle, Fermat's principle, rectilinear propagation of light, principle of
reversibility, reflection in plane mirrors, and refraction through plane surface. Imaging, types of images,
reflection and refraction at spherical surfaces, thin lenses, and thick lenses, Introduction, Thick lenses,
،‫ثٌّضخجِذر‬ٚ ‫طز‬١‫ز ثٌذغ‬١‫ثفم‬ٛ‫ددددددددجء ث٘ضددددددددضثصثس ثٌقشوز ثٌض‬٠‫ض‬١‫ف‬
‫ضثص‬ٌٙ‫ ث‬،ٜٛ‫ضثص ثٌّضةعش دجٌم‬ٌٙ‫ث‬
‫ثػ‬ِٛ‫أ‬ٚ
،‫ز ثٌّشوذز‬١‫ؽ‬ٌّٛ‫ ثٌقشوز ث‬،‫ػ‬ٚ‫ثٌّضد‬
‫ثػ ثٌّغض شػز‬ِٛ‫ ثن‬،‫ز‬١ٌٛ‫ثػ ثٌط‬ِٛ‫ثن‬
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،‫ز‬١‫ؽ‬ٌّٛ‫ ٌٍقشوز ث‬ٟ‫جػ‬٠‫طف ثٌش‬ٌٛ‫ث‬
،‫ز‬١‫غ‬١‫شِطٕجؽ‬ٙ‫ثػ ثٌى‬ِٛ‫خظجةض ثن‬
‫ث ٔىغجس‬ٚ ‫ظج٘شصج ث ٔ ىجط‬
‫ز‬١‫ٕذع‬ٌٙ‫جس ث‬٠‫ ثٌذظش‬،‫ّج‬ٙ‫مجص‬١‫صطذ‬ٚ
)‫ثٌ ذعجس‬ٚ ‫ج‬٠‫(ثٌّشث‬
)0( ‫جس‬٠‫دظش‬
0303000
،‫ث ٔىغجس‬ٚ ‫ ث ٔ ىجط‬ٟ‫ز ف‬١ٍّ‫صؾجسح ع‬
‫ ِ جًِ ث ٔىغجس‬،‫س‬ٛ‫ٓ ثٌظ‬١ٔ‫ث‬ٛ‫ل‬
‫ فٍمجس‬،‫د‬ٛ١‫ ثٌق‬،ْ‫ث‬ٌٛ‫ ِضػ ثن‬،‫ثٌضشضش‬ٚ
،ْٛ‫ىٍغ‬١ِ ً‫جط صذثخ‬١‫ ِم‬،ٓ‫ص‬ٛ١ٔ
‫ق‬ٛ‫ثػ ف‬ِٛ‫ صذثخً ثن‬،‫ث عضمطجح‬
‫ٓ ثنش ز‬١ٔ‫ث‬ٛ‫ ل‬،‫ز‬١‫ص‬ٛ‫ط‬
‫ز‬١ٍّ‫جس ع‬٠‫دظش‬
0303003
the matrix method, the translation matrix, the reflection and refraction matrices, and examples.
Aberration and dispersion, Prisms, Cameras, Magnifiers, Microscopes, Telescopes, Optical Fibers, and
Optics of the eye, One-dimensional wave equation, harmonic wave, complex numbers, plane waves,
spherical waves, electromagnetic waves, and light polarization
Experiments on reflection and refraction; laws of imaging; refractive index and dispersion; color mixing;
diffraction; Newton’s rings; Michelson interferometer; polarization; birefringence; interference of
ultrasonic waves; laws of radiation
Optics
Laboratory
The wave; wave velocity; wave motion; sound waves; superposition and interference of waves; standing
waves; temperature; heat and thermodynamic laws; latent heat; applications; kinetic theory of gases.
Heat and Waves
Series solution of second order ordinary differential equations; Bessel functions; Hermite functions;
ordinary solution of eigen values; Legender’s Polynomials
Mathematical
Physics (2)
Experiments on thermal conduction; heat capacities; conversion of mechanical energy; conversion of
electrical energy; melting heat and evaporation heat; measuring vapor pressure; laws of gases; hot-air
engine; wavelength and velocity of sound; optical activity and polarimetry; measuring the velocity of
light with an electronically modulated signal; spectrometer.
Intermediate
Physics
Laboratory
nics )— Single Particle (,Newton's Law, Frame of Reference, The Equation of
Effect of Retarding Force, Conversation Theorem, Energy, Limitation of
ravitation (Introduction, Gravitational Potential, Lines of Forces and
aces, When is the Potential Concept is Useful, Ocean Tides.),
ion (Introduction, Reduces Mass, Conversation Theorems-First Integral of the
s of Motion, Orbits in a Central Field. Centrifugal Energy and the Effective Potential,
)
Classical
Mechanics (1)
‫ ثٌقشوز‬،‫ؽز‬ٌّٛ‫ عشعز ث‬،‫ؽز‬ٌّٛ‫ث‬
‫ صشثوخ‬،‫س‬ٛ‫ثػ ثٌظ‬ِٛ‫ أ‬،‫ز‬١‫ؽ‬ٌّٛ‫ث‬
،‫ثػ ثٌّغضمشر‬ِٛ‫ ثن‬،‫ثػ‬ِٛ‫صذثخً ثن‬ٚ
ٓ١ٔ‫ث‬ٛ‫ل‬ٚ ‫ ثٌقشثسر‬،‫دسؽز ثٌقشثسر‬
،‫ ثٌقشثسر ثٌىجِٕز‬،‫ىج ثٌقشثسر‬١ِ‫ٕج‬٠‫د‬
‫ز ٌٍطجصثس‬١‫ز ثٌقشو‬٠‫ ثٌٕظش‬،‫مجس‬١‫صطذ‬
ٟ‫ز ف‬١‫ز ثٌؾضة‬١ٍ‫ثٌّ جد س ثٌضفجػ‬
‫ ثلضشثٔجس‬،‫شثن‬٠‫ دثٌز دٌضج د‬،‫جء‬٠‫ض‬١‫ثٌف‬
‫ج‬ٙ‫مجص‬١‫صطذ‬ٚ ً‫ ثلضشثٔجس دغ‬،‫ضج‬١‫د‬ٚ ‫ؽجِج‬
‫شر‬١‫ وغ‬،،‫شِش‬١٘ ‫د‬ٚ‫شر فذ‬١‫ وغ‬،‫ز‬١‫جة‬٠‫ض‬١‫ثٌف‬
‫ي ثٌّضغٍغالس‬ٍٛ‫ ف‬،‫د ٌؾٕذس‬ٚ‫فذ‬
‫ز‬٠‫ز ثٌ جد‬١ٍ‫ٌٍّ جد س ثٌضفجػ‬
‫ز‬٠‫ز ٔظش‬١ٍّ‫ ٘زٖ ثٌّجدر ِجدر ع‬ٞٛ‫صق‬
‫ ٔفظ‬ٟ‫ ثٌّذجشش ف‬ٍّٟ ٌ‫ك ث‬١‫ثٌضطذ‬ٚ
:ًّ‫ز صش‬١ٍّ ٌ‫ ٘زٖ ثٌّجدر ث‬.‫ثٌّخضذش‬
،ٞ‫ً ثٌقشثس‬١‫ط‬ٛ‫ ثٌض‬ٟ‫ز ف‬١ٍّ‫صؾجسح ع‬
‫ً ثٌطجلز‬٠ٛ‫ صق‬،‫ز‬٠‫ثٌغ ز ثٌقشثس‬
،‫ز‬١‫شدجة‬ٙ‫ً ثٌطجلز ثٌى‬٠ٛ‫ صق‬،‫ز‬١‫ى‬١ٔ‫ىج‬١ٌّ‫ث‬
،‫ثٌضذخش‬ٚ ‫جس‬ٙ‫دسؽز فشثسر ث ٔظ‬
،‫ٓ ثٌطجصثس‬١ٔ‫ث‬ٛ‫ ل‬،‫جط ػطؾ ثٌطجص‬١‫ل‬
،ٓ‫ثء ثٌغجخ‬ٌٛٙ‫ثٌّقشن ثٌٕجصؼ عٓ ث‬
‫ ثٌٕشجؽ‬،‫س‬ٛ‫عشعز ثٌظ‬ٚ ‫ؽز‬ِٛ ‫ي‬ٛ‫ؽ‬
َ‫جط دجعضخذث‬١‫ ثٌم‬،‫ث عضمطجح‬ٚ ٞ‫ثٌذظش‬
‫ف‬١‫جط ثٌط‬١‫ ِم‬،ٟ‫ء ثٌّشة‬ٛ‫إشجسر ثٌؼ‬
ٞ‫س‬ٛ‫ثٌّٕش‬
‫ ِشثؽق‬،ٓ‫ص‬ٛ١ٔ ٓ١ٔ‫ث‬ٛ‫صٓ (ل‬ٛ١ٔ ‫ىج‬١ٔ‫ىج‬١ِ(
‫ ثٌقشوز‬،‫ثٌّضغجسعز‬ٚ ‫ز‬٠‫س‬ٛ‫ثيعٕجد ثٌمظ‬
،‫ز‬١‫ ثٌؾجرد‬،)‫مجس‬١‫ صطذ‬،‫ك‬١ ِ ‫عؾ‬ٚ ٟ‫ف‬
،‫ز‬٠‫ ِشوض‬ٜٛ‫ش ل‬١‫ثٌقشوز صقش صةع‬
‫ّجس‬١‫ثنٔظّز ِض ذدر ثٌؾغ‬
‫ثػ‬ِٛ‫ثن‬ٚ ‫ثٌقشثسر‬
0303000
)0( ‫ز‬١‫جػ‬٠‫جء س‬٠‫ض‬١‫ف‬
0303300
‫عطز‬ٛ‫ز ِض‬١ٍّ‫جء ع‬٠‫ض‬١‫ف‬
0303303
)0( ‫ز‬١‫ى‬١‫ىج والع‬١ٔ‫ىج‬١ِ
0303300
stem of Particles (:Introduction, Center of Mass,Linear Momentum of the System
um of the System, Energy of the System, Elastic Collisions of Two Particles,
stic Collisions. Inelastic Collisions. Scattering Cross Sections, Rocket Motion)
he Calculus of Variations( Euler equation with many forms),
le- Lagrangian and Hamiltonian Dynamics,
ertial Reference Frame(rotating coordinate system, centrifugal and
)0( ‫ز‬١‫ى‬١‫ىج والع‬١ٔ‫ىج‬١ِ
0303300
Electromagnetic ،‫شدددددجء ثٌغددددجوٕز‬ٙ‫ُ ثٌى‬١٘‫ز ِشثؽ ددددز ٌّفددددج‬١‫غدد‬١‫شِطٕجؽ‬ٙ‫ددز و‬٠‫ٔظش‬
‫ ثٌخظددجةض‬،‫ دددالط‬ٚ ٓ‫ثعدد‬ٛ‫ِ جدٌضددج د‬
) 0(
Theory (1)
0303300
Classical
Mechanics (2)
‫ىدج‬١ِ‫ٕج‬٠‫ْ (د‬ٛ‫ٍض‬١ِ‫ ِذذأ ٘ج‬،‫ش‬٠‫فغذجْ ثٌضطج‬
ٟ‫ ثٌقشوددددز فدددد‬،)‫ جددددشثٔؼ‬ٚ ْٛ‫ٍض‬١ِ‫٘ددددج‬
،‫ز‬٠‫س‬ٛ‫دددددش ثٌمظددددد‬١‫ِشثؽدددددق ثيعدددددٕجد ج‬
.)‫ىج ثٌؾغُ ثٌظٍذز (ثٌؾجعتز‬١ِ‫ٕج‬٠‫د‬
ion relative to the earth, Coriolis force effect),
d Bodies( simple planar motion, inertia tensor, angular momentum,
ertia, Eulerian angles, Euler’s equation for rigid body motion of
bility of rigid body rotation)
erential calculus, Integral calculus, curvilinear coordinate,
on
lomb's Law, Electric Field, Charge distribution, Divergence and Curl of
Gausses law, electric potential, Poisson's equation,and Laplace's equation,
onductors and capacitors. Work and energy
s for Calculation Potentials
in 1D, 2D, and 3D, Boundary equations and Uniqueness theorem
ges, Separation of variables, and Multiple expansion. :
s in Matter Polarization, The field of polarization object, the electric
linear Dielectrics. Magnetostatics The Lorantz force law, Magnetic field
urrents, the Bio-Savart law, the divergence and curl of magnetic field,
otential: Magnetostatic Field in Matters Energy Magnetization ,
es on magnetic dipoles, The magnetic field inside matter,
Ampere's law and Magnetic susceptibility and permeability
‫جس‬٠‫ ثٌٕظش‬،‫ثد ثٌ جصٌز‬ٌٍّٛ ‫ز‬١‫ى‬١‫شعضجص‬ٙ‫ثٌى‬
‫ ثٌطجلددز‬،‫ثد ثٌ جصٌددز‬ٛ‫ز ٌٍّدد‬١‫د‬ٛ‫عددى‬ٚ‫ىش‬١ٌّ‫ث‬
ٟ‫غددد‬١‫ ثٌّؾدددجي ثٌّطٕجؽ‬،ٗ١‫ى‬١‫عدددضجص‬ٚ‫ش‬ٙ‫ثٌى‬
‫ ثٌقددددظ‬،‫ددددجسثس عجدضددددز‬١‫ثٌٕجشددددب عددددٓ ص‬
‫ ثٌخظدددددددددددددجةض‬،ٟ‫غددددددددددددد‬١‫شِطٕجؽ‬ٙ‫ثٌى‬
‫ ثٌطجلدددددددددددز‬،‫ثد‬ٛ‫ز ٌٍّددددددددددد‬١‫غددددددددددد‬١‫ثٌّطٕجؽ‬
ً٠ٛ‫ ِ جد س ِجوغ‬،‫ز‬١‫غ‬١‫ثٌّطٕجؽ‬
‫‪0303300‬‬
‫ٔظش‪٠‬ددز و‪ٙ‬شِطٕجؽ‪١‬غدد‪١‬ز ِ ددددجد س ثٌّ‪ٛ‬ؽددددز ثٌى‪ٙ‬شِطٕجؽ‪١‬غددددد‪١‬ز‪Electromagnetic ،‬‬
‫ثٔضمدددجي ثنِددد‪ٛ‬ثػ ثٌى‪ٙ‬شِطٕجؽ‪١‬غددد‪١‬ز فددد‪ٟ‬‬
‫(‪) 0‬‬
‫)‪theory (2‬‬
‫‪0303300‬‬
‫ِ‪١‬ىجٔ‪١‬ىج وّ‪١‬ز (‪)0‬‬
‫ثٌفددددددشثو ‪ٚ‬ثٌّدددددد‪ٛ‬ثد ثٌ جصٌددددددز ‪ٚ‬ثٌّدددددد‪ٛ‬ثد‬
‫ثٌّ‪ٛ‬طدددٍز‪ ،‬ظج٘شصدددج ثٔ ىدددجط ‪ٚ‬ثٔىغدددجس‬
‫ثنِددددد‪ٛ‬ثػ ثٌى‪ٙ‬شِطٕجؽ‪١‬غددددد‪١‬ز‪ ،‬ثنِددددد‪ٛ‬ثػ‬
‫ثٌّغددددض‪٠ٛ‬ز ج‪١‬ددددش ثٌّٕضظّددددز‪ ،‬ث ٔ ىددددجط‬
‫ثٌىٍدددد‪ ،ٟ‬ثنِدددد‪ٛ‬ثػ ثٌّ‪ٛ‬ؽ‪ٙ‬ددددز‪ ،‬ثيشدددد ج‬
‫ثٌى‪ٙ‬شِطٕجؽ‪١‬غددد‪ ٟ‬ثٌٕجشدددب عدددٓ صغدددجس‬
‫ؽغدددددددددددددددددددددددددد‪ّ١‬جس ِشددددددددددددددددددددددددددق‪ٔٛ‬ز‬
‫‪Electromagnetic‬‬
‫‪theory‬‬
‫)‪ٚ(2‬صطذ‪١‬مجصٗ‬
‫ٔ‪ٙ‬ج‪٠‬دددجس ثٌف‪١‬ض‪٠‬دددجء ثٌىالعددد‪١‬ى‪١‬ز ‪ ،‬ثٌقدددضَ‬
‫ثٌّ‪ٛ‬ؽ‪١‬دددز‪ِ ،‬ذددددذأ ثٌالصقذ‪٠‬دددذ ٌ‪١ٙ‬ضٔذددددشو‪،‬‬
‫ِ جدٌز شش‪ٚ‬دٔؾش ثٌّ‪ٛ‬ؽ‪١‬ز ‪ ،‬ث لضشثٔدجس‬
‫‪ٚ‬ثٌم‪ ُ١‬ثٌّقذدر‪ ،‬صطذ‪١‬مجس ف‪ ٟ‬د دذ ‪ٚ‬ثفدذ‪،‬‬
‫ثٌضشو‪١‬ددخ ثٌ ددجَ ٌّ‪١‬ىجٔ‪١‬دده ثٌىددُ ‪،‬ثنٔظّددز‬
‫ِض ددذدر ثٌؾغدد‪ّ١‬جس‪ ِ ،‬جدٌددز شددش‪ٚ‬دٔؾش‬
‫ف‪ ٟ‬عالعز أد جد‪.‬‬
‫‪Quantum‬‬
‫)‪Mechanics (1‬‬
‫‪Electromagnetism, magnetic materials; Maxwell equations; propagation of electromagnetic waves.‬‬
‫‪motion; wave groups; exclusion principle ; Schrodinger wave equation ; functions and limiting values; one‬‬
‫;‪ons for potential energy ; general structure of quantum mechanics ; three dimensional Schrodinger equation‬‬
‫‪m; operational vectors‬‬
‫‪0303300‬‬
‫ِ‪١‬ىجٔ‪١‬ىج وّ‪١‬ز (‪)0‬‬
‫ثٌددددضخُ ثٌددددضث‪ ،ٞٚ‬ثٌّ جدٌددددز ثٌشدددد جع‪١‬ز‪،‬‬
‫صطذ‪١‬مدددددددجس فددددددد‪ ٟ‬عالعدددددددز ثد دددددددجد‪ ،‬رسر‬
‫ثٌ‪١ٙ‬دددذس‪ٚ‬ؽ‪ ،ٓ١‬صفجعدددً ثيٌىضش‪ٔٚ‬دددجس ِدددق‬
‫ثٌّؾدددددج س ثٌى‪ٙ‬شِطٕجؽ‪١‬غددددد‪١‬ز‪ ،‬ثٌدددددضخُ‬
‫ثٌضث‪ ٞٚ‬ثٌزثص‪ ( ٟ‬ثٌطدضي)‪ ،‬ؽّدق ثٌضخد‪َٛ‬‬
‫ثٌضث‪٠ٚ‬ددز‪ٔ ،‬ظش‪٠‬ددز ث ػددطشثح ثٌّغددضمً‬
‫عدددٓ ثٌدددضِٓ‪ ،‬إشددد ج ثٌدددزسثس‪ٔ ،‬ظش‪٠‬دددز‬
‫صظجدَ ثٌؾغ‪ّ١‬جس‬
‫‪Quantum‬‬
‫)‪Mechanics (2‬‬
‫‪rons with electromagnetic fields; operators; matrices and spin; addition of angular momenta; time independent‬‬
‫‪roximation methods; radiation of atoms; collision theory‬‬
‫‪0303003‬‬
‫ف‪١‬ض‪٠‬جء عٍّ‪١‬ز ِضمذِز‬
‫صؾشدددز ٍِ‪١‬ىددجْ‪ ،‬ل‪١‬ددجط ثٌشددقٕز ثٌٕ‪ٛ‬ع‪١‬ددز‬
‫ٌإلٌىضددش‪ ،ْٚ‬ص ‪١‬دد‪ ٓ١‬عجدددش دالٔدده‪ ،‬سٔدد‪ٓ١‬‬
‫ؽجلدددز ثٌىدددُ ثٌّطضٌ‪١‬دددز ٌإلٌىضدددش‪ ،ْٚ‬ثعدددش‬
‫ص‪ّ٠‬جْ‪ ،‬ثٌّذثسثس ثٌزس‪٠‬ز‪ ،‬وشف ثٌٕشدجؽ‬
‫ثيشدددددددد جع‪ ،ٟ‬ثػدددددددددّقالي ثٌٕشدددددددددجؽ‬
‫ث شدددد جع‪ٔٚ ٟ‬ظددددف ثٌ ّددددش‪ ،‬ثٌددددشٔ‪ٓ١‬‬
‫‪Advanced‬‬
‫‪Physics‬‬
‫‪Laboratory‬‬
‫‪illikan experiment; specific electron charge; Plank’s constant; electron spin resonance (ESR); normal Zeeman‬‬
‫‪; detection of radioactivity; radioactive decay and half-life; nuclear magnetic resonance (NMR); gamma‬‬
‫‪y structure analysis; scanning tunneling microscope‬‬
tical physics, assemblies-phase space, average properties of assembly,
um assemblies.
nn Statistics
nergies, weights of configurations, the most probable Configuration,
he configuration maximum, the Maxwell-Boltzmann distribution.
axwell-Boltzmann Statistics
of systems, the classical perfect gas, Mean and most probable velocities,
ening of spectral lines, Equipartition of energy, the specific heats of gases,
on equation
istics
distribution, the Bose-Einstein gas, black body radiation, the Photon gas,
f solid the phonon gas
ics
istribution, the Fermi- Dirac gas, the electron gas, Pauli Paramagnetism, thermionic emission
Temperature and Entropy
cept of temperature, entropy, the free energy
mics of Gases
ssical perfect gas, the Boltzmann Partition function, the classical Partition function,
e semi-classical perfect gas, components of the partition function
atistical Thermodynamics
gas, the harmonic oscillator, the diatomic molecule, the two energy level system,
Statistical
Physics
‫ أشددددد ز ؽجِدددددج‬،ٞٚٛ‫ ثٌٕددددد‬ٟ‫غددددد‬١‫ثٌّطٕجؽ‬
‫ د دددددددغ‬ٚ ‫دددددددج‬ٙ‫ض‬١‫جف‬١‫ ِط‬،‫ج‬ٙ‫(خظجةظدددددد‬
‫ ثش د ز ثوددظ‬،)‫ددج‬ٙ‫ث٘ش ثٌّشصذطددز د‬ٛ‫ثٌؼدد‬
‫ د ددددددددغ‬ٚ ‫د٘ددددددددج‬ٛ١‫ ف‬،‫ج‬ٙ‫(خظجةظدددددددد‬
‫دش ثٌٕجفدز‬ٙ‫ ثٌّؾ‬،)‫ج‬ٙ‫ث٘ش ثٌّشصذطز د‬ٛ‫ثٌؼ‬
(STM( ‫ثٌّجعـ‬
‫ددددددز‬٠‫ ثٌٕظش‬،‫ث فضّددددددج س‬ٚ ‫ثيفظددددددجء‬
(ٟ‫ى‬١‫دق ثٌىالعد‬٠‫ص‬ٛ‫ ثٌض‬،‫ز ٌٍطجصثس‬١‫ثٌقشو‬
ٝ‫مددجس عٍدد‬١‫ صطذ‬،)ْ‫ٌضضِددج‬ٛ‫ د‬-ً٠ٛ‫ِجوغدد‬
‫دق‬٠‫ثص‬ٛ‫ ثٌض‬،ْ‫ٌضضِدج‬ٛ‫ً – د‬٠ٛ‫ق ِجوغد‬٠‫ص‬ٛ‫ص‬
‫ق‬٠‫ص‬ٛ‫ ص‬ٍٝ‫مجس ع‬١‫ صطذ‬،‫ز‬١ّ‫ز ثٌى‬١‫ث فظجة‬
‫ددق‬٠‫ص‬ٛ‫ ص‬ٝ‫مددجس عٍدد‬١‫ صطذ‬،ٓ١‫ٕشددض‬٠‫ص – ث‬ٛ‫ددد‬
‫دددددجء‬٠‫ض‬١‫ عاللدددددز ثٌف‬،‫دددددشثن‬٠‫ – د‬ٟ‫شِددددد‬١‫ف‬
ٚ ‫دددددز‬٠‫ىج ثٌقشثس‬١ِ‫ٕج‬٠‫ز دجٌدددددذ‬١‫ث فظدددددجة‬
. ‫مجس عجِز‬١‫صطذ‬
‫ز‬١‫جء إفظجة‬٠‫ض‬١‫ف‬
0303030
The disordered lattice.
Crystal Structure
Periodic arrays of atoms, types of lattices, Index system for crystal planes, and Simple crystal structures
(Sodium Chloride structure, Cesium Chloride structure, Hexagonal Close Packed Structure and Diamond
Structure).
Reciprocal Lattice
Diffraction of Waves by Crystal (Bragg law), Scattered Wave Amplitude, Brilliuon zones and Fourier
Analysis of the Basis.
Crystal Binding
Van Der Waals-London interaction, Repulsive interaction, Ionic crystal, Covalent Crystals, Metals,
Hydrogen Bonds, and Atomic Radii.
Phonons I. Crystal vibrations.
First Brillouin Zone, Group Velocity, Long Wavelength Limit, Quantization of Elastic Wave, Phonon,
Momentum.
Phonons II. Thermal properties
Phonon Heat Capacity (Planck distribution, Density of States in 1D and 3D, Debye Model, Einstein
Model), Thermal Expansion, Thermal Conductivity and Thermal Resistivity of Phonon Gas.
Free energy Fermi gas
Energy Levels in 1D, Effect of Ttemperature on the Fermi-Dirac distribution, Free Electron gas in 3D,
Heat Capacity of the electron gas, Electrical conductivity and Ohm's law, Hall effect, and Thermal
conductivity of
Wave Equations, One-dimensional wave equation, Harmonic wave, Plane, Spherical waves,
Electromagnetic waves. Superposition of waves, Addition of waves of the same frequency, standing
waves, the addition of waves of different frequency, Beats, Group velocity, pulse and wave packets.
Polarization, Linear polarization, circular polarization, elliptical polarization. Polarizes, polarization by
reflection, Interference, Introduction, Constructive and Destructive Interferences, Young's experiment,
Coherent length, Double beam, interference (Dielectric films), Multiple beam interference, the FabrayPerot interferometer, Fabry-Perot Spectroscopy, Application of single and multilayer (Reflection and
Antireflection Coating, Diffraction, The Huygens-Fresnel principle, Coherent oscillators, Fraunhofer
diffraction (Diffraction from a single slit), diffraction by double and many slits, rectangular and circular
apertures, resolution of imaging systems, the diffraction grating, Optical Properties of Materials,
Polarization of a dielectric medium, propagation of light waves in a dielectric, propagation of light
waves in a metal, skin depth, plasma
.
Solid State
Physics
‫صشدددددضش‬ٚ ‫د‬ٛ‫ددددد‬١‫ ف‬،ٞ‫س‬ٛ‫دددددخ ثٌذٍددددد‬١‫ثٌضشو‬
،‫ددز‬٠‫س‬ٍٛ‫ شددذىز د‬ٝ‫ثػ ثٌغددجلطز عٍدد‬ٛ‫ثنِدد‬
‫رػ‬ٛ‫ ّٔدددد‬،‫ٔددددجس‬ٛٔٛ‫ ثٌف‬،ٞ‫س‬ٛ‫ثٌدددشدؾ ثٌذٍدددد‬
ٗ‫سثس شدددذ‬ٛ‫ ثٌذٍددد‬،‫ فدددضَ ثٌطجلدددز‬،ٟ‫شِددد‬١‫ف‬
‫ ثٌقجٌدددز‬ٟ‫دددز فددد‬١ٌٚ‫ ث عدددجسر ثن‬،‫طدددٍز‬ٌّٛ‫ث‬
‫ثد ثٌ جصٌددددز‬ٛ‫ خظددددجةض ثٌّدددد‬،‫ثٌظددددٍذز‬
‫ز‬١‫غددددددددددد‬١‫جِطٕجؽ‬٠‫ثٌذ‬ٚ ‫دددددددددددز‬١‫شدجة‬ٙ‫ثٌفشو‬ٚ
‫ز‬١‫غ‬١‫ثٌفشِطٕجؽ‬ٚ
‫جء ثٌقجٌز ثٌظٍذز‬٠‫ض‬١‫ف‬
0303000
Optics (2)
،‫ثػ‬ٛ‫ ِذددذأ صشثوددخ ث ِدد‬،‫ء‬ٛ‫ثٔضشددجس ثٌؼدد‬
‫د‬ٛ١‫ ثٌق‬،ً‫ ثٌضذثخ‬،‫ث عضمطجح‬
)0( ‫جس‬٠‫دظش‬
0303300
General survey of terrestrial geophysics including the earth’s seismicity; internal structure; shape;
gravity; magnetic field; paleomagnetism; heat flow and global tectonics .
Geophysics
Introduction; atmosphere ; radiation; heat; atmospheric pressure and its measurements; winds; air
masses; air fronts; low – pressure regions; turbulence in low latitudes; cyclones and storms; atmospheric
humidity; evaporation and condensation; precipitation; weather forecasting
Climate and
Meteorology
Introduction; Celestial sphere, Atomic and nuclear spectra; gas laws; radiation laws; stellar luminosity;
line profiles; spectral classes; stellar interior; stellar structure; star formation; stellar evolution; transport
process in star.
Astrophysics
Introduction; the essential of environmental physics; elementary spectroscopy ; gas laws and air
Environmental
Physics
Digital
Electronics
pollution; transport laws; heat and mass transfer; energy for human use; steady state heat balance;
nuclear waste.
Binary systems; digital circuits logic gates; memory; counters; calculations by binary systems;
transformation of digital signals .
‫ز‬١‫ددددجء ث سػدددد‬٠‫ض‬١‫ف‬ٛ١‫عددددشع عددددجَ ٌٍؾ‬
‫ز‬١‫ؽ‬ٌٛٛ١‫جء ؽ‬٠‫ض‬١‫ف‬
‫ددددخ‬١‫ ثٌضشو‬،‫ز‬١‫صشدددًّ ثٌددددض صي ثٌشػددد‬ٚ
،‫دددج‬ٙ‫ض‬١‫ ؽجرد‬،‫ج‬ٍٙ‫ شدددى‬،‫ ٌدددالسع‬ٍٟ‫ثٌدددذثخ‬
ٞ‫ ثٌضددذفك ثٌقددشثس‬،‫ّددز‬٠‫ج ثٌمذ‬ٙ‫ض‬١‫غدد‬١‫ِطٕجؽ‬
ٟ‫جة‬٠‫ض‬١‫ف‬ٛ١‫ ث عضىشجف ثٌؾ‬ٚ
،ٞٛ‫دددخ ثٌطدددالف ثٌؾددد‬١‫ صشو‬:ٟ‫ث سطجد ِمذِدددز فددد‬ٚ ٛ‫جء ثٌؾ‬٠‫ض‬١‫ف‬
‫ثء‬ٛ‫د‬ٌٙ‫ىدج ث‬١ِ‫ٕج‬٠‫ د‬،‫دز‬٠ٛ‫جط ثٌ ٕجطش ثٌؾ‬١‫ل‬
‫ز‬٠ٛ‫ثٌؾ‬
ٟ‫ ث شد ج فدد‬،َٛ‫د‬١‫ددجء ثٌط‬٠‫ض‬١‫ ف‬،‫دز‬٠‫ثٌقشثس‬
‫جس‬٠‫ دظش‬،ٞٛ‫جس ثٌضٕذؤ ثٌؾ‬١‫ أعجع‬،ٛ‫ثٌؾ‬
ٟ‫ز ف‬١‫ث لّجس ثٌظٕجع‬ٚ ‫ ثٌشثدثسثس‬،ٛ‫ثٌؾ‬
ٞٛ‫ثٌضٕذؤ ثٌؾ‬
،‫ثٌمّددددددش‬ٚ ‫ ثٌشدددددّظ‬،‫ز‬٠ٚ‫ثٌمذدددددز ثٌغدددددّج‬
‫ز‬١‫جء ثٌفٍى‬٠‫ض‬١‫ثٌف‬
‫ددز‬١‫جة‬٠‫ض‬١‫ ثٌخظددجةض ثٌف‬،‫ددز‬١‫ددضر ثٌفٍى‬ٙ‫ث ؽ‬
‫ِددددددددددجس‬ٛ‫ ثٌّٕظ‬،‫ج‬ٙ‫جعدددددددددد‬١‫ل‬ٚ َٛ‫ٌٍٕؾدددددددددد‬
،ٟ‫س ثٌٕؾّدد‬ٛ‫ ثٌضطدد‬،‫ددز‬١ّ‫ددشثس ثٌٕؾ‬١‫ثٌّضط‬ٚ
،‫ ِؾدشر دسح ثٌضذجٔدز‬،‫دز‬١ّ‫ثٌّخٍفجس ثٌٕؾ‬
‫ثٌّؾشثس‬
0303000
‫تدز‬١‫ثٌذ‬ٚ ‫دجء‬٠‫ض‬١‫ٓ ثٌف‬١‫ز دد‬١‫ثٌ اللجس ثنعجعد‬
‫ ثيشدددددد جعجس‬،َ‫إشدددددد جعجس ثنؽغددددددج‬ٚ
ٟ‫دج فد‬ٙ‫م‬١‫صطذ‬ٚ ‫ٓ ثٌطدجصثس‬١ٔ‫ث‬ٛ‫ ل‬،‫ز‬١‫ثٌشّغ‬
‫ ثٌقدشثسر‬،‫ٓ ث ٔضشدجس‬١ٔ‫ث‬ٛ‫ لد‬،‫تز‬١‫ط ثٌذ‬ٍٛ‫ص‬
‫ ثٌطجلدددز ٌالعدددضخذثِجس‬،‫ثٔضشدددجس ثٌىضٍدددز‬ٚ
‫دددجس‬٠‫ ثٌٕفج‬،ٞ‫ ث صدددضثْ ثٌقدددشثس‬،‫ز‬٠‫ثٌذشدددش‬
.‫ز‬٠ٌٕٚٛ‫ث‬
‫ز‬١‫ت‬١‫جء ثٌذ‬٠‫ض‬١‫ثٌف‬
0303300
‫دددددز‬١ّ‫ثةش ثٌشل‬ٚ‫ثٌدددددذ‬ٚ ‫دددددز‬١‫ثنسلدددددجَ ثٌغٕجة‬
،ٟ‫ثٌّٕطددك ثٌشلّدد‬ٚ ‫ثدددجس‬ٛ‫ ثٌذ‬،‫ثٌّضىجٍِددز‬
‫ثةددش‬ٚ‫ د‬،‫ددز‬١ّ‫ثٌّغددؾالس ثٌشل‬ٚ ‫ثٌ ددذثدثس‬
،‫ ثٌدددزثوشر‬،‫دددز‬١ّ‫ً ثيشدددجسثس ثٌشل‬١‫صشدددى‬
،‫ددددز‬١‫ددددجس ثٌقغددددجح دجنسلددددجَ ثٌغٕجة‬١ٍّ‫ع‬
‫ز‬١ّ‫جس سل‬١ٔٚ‫إٌىضش‬
0303303
0303300
0303300
‫ددز‬١ّ‫سل‬ٚ ‫ددز‬١ّ‫ز ٌشل‬١‫جعدد‬١‫ي إشددجسثس ل‬ٛ‫ِقدد‬
.‫ز‬١‫جع‬١‫ٌم‬
- Basic concepts in radiation physics, Ionizing and non ionizing radiation, Sources of radiation,
Discovery of X-rays & radioactivity. Important units of radiation, The nucleus and nuclear radiation,
Isotopes, Isobars, Isotones & Isomers, Types of radioactive decays; Alpha, Beta and Gamma, Internal
Conversion, Electron Capture & Positron Decay.
- Activity, Exponential Decay: Specific Activity, Natural radioactivity, Carbon Dating, Radon and radon
daughters.
- Interaction of heavy & light charged particles with matter: Types of charged particle interaction,
Energy loss, Stopping power, Range, Collision and radiation losses.
- Interaction of photons with matter: Photoelectric Absorption, Compton Effect, Pair Production,
Attenuation Coefficient.
- Neutrons: Sources, Classification of neutrons, Neutron Activation, Interaction with matter.
- Radiation Dosimetry: Exposure, Absorbed Dose, Dose Equivalent & Kerma, Measurement of
Absorbed Dose, Dose Calculation.
- Methods of Radiation Detection: Gas-filled Detectors, Ionizing Chamber, Proportional and GM counter
Semiconductor and Scintillation Detectors.
- Biological Effect of the ionizing radiation: Interaction of radiation with cell, Somatic effects of
radiation. Hereditary effects of radiation, Irradiation in pregnancy.
- Radiation Protection: Types of shielding, Limitation of doses, The international basic safety.
- Medical Uses of Radiation: Diagnostic Radiology, Nuclear Medicine, Radiotherapy.
- Waste Disposal: Waste Management’s, Transport of Radioactive Materials.
Relation between entropy and temperature ; the approach to absolute zero; super fluid helium;
superconductivity ; low temperature properties of metals and alloys
Low
Temperature
Physics
surface chemistry; instrumentation; surface structure analysis ; application; corrosion.
Surface Physics
ٟ‫ ددددددددددد‬١‫ ثٌطذ‬ٟ‫ثٌٕشدددددددددددجؽ ثي شددددددددددد جع‬
‫ صفجعدددددً ثنشددددد ز ِدددددق‬،ٟ‫ث طدددددطٕجع‬ٚ
‫دجط ثٌؾشعدجس‬١‫ ل‬،‫ سطدذ ثنشد ز‬،‫ثٌّجدر‬
‫ددددددز‬١‫ؽ‬ٌٛٛ١‫شثس ثٌذ‬١‫ ثٌضددددددةع‬،‫ز‬١‫ثيشدددددد جع‬
‫ز ِٓ ثنش ز‬٠‫ ثٌقّج‬،‫ٌألش ز‬
‫ز‬١‫جء ثيش جع‬٠‫ض‬١‫ثٌف‬
0303330
،ٗ‫ز ثٌٕظجَ دذسؽز فشثسصد‬٠ٛ‫ػ‬ٛ‫عاللز ف‬
،‫ث لضددشثح ِددٓ دسؽددز ثٌظددفش ثٌّطٍددك‬
‫ثد فجةمدددز‬ٛ‫ ثٌّددد‬،‫ٌز‬ٛ١‫َ فدددجةك ثٌغددد‬ٛ‫ددد‬١ٍ١ٌٙ‫ث‬
‫ ؽددددشق دسثعددددز خظددددجةض‬،ً١‫طدددد‬ٛ‫ثٌض‬
‫ثٌغذجةه عٕذ دسؽجس‬ٚ ْ‫ثٌّ جد‬
،‫س‬ٚ‫عددذج‬ِٛ ‫ ( ثعددش‬:‫ثٌقددشثسر ثٌّٕخفؼددز‬
‫د‬ٛ‫ددد‬١‫ ف‬،ٞٚٛ‫ ثٌٕددد‬ٟ‫غددد‬١‫ٓ ثٌّطٕجؽ‬١ٔ‫ثٌدددش‬
.)‫جعجس ثٌضّطٕؾ‬١‫ ل‬،‫ٔجس‬ٚ‫صش‬ٛ١ٌٕ‫ث‬
‫دددز‬٠‫س‬ٍٛ‫ د‬،‫ؿ‬ٛ‫ ٌٍغدددط‬ٞٚ‫ّدددج‬١‫دددخ ثٌى‬١‫ثٌضشو‬
ُ‫ ٔظددد‬،‫ٔدددجس‬ٚ‫ثٔىغدددجس ثيٌىضش‬ٚ ‫ؿ‬ٛ‫ثٌغدددط‬
،‫ددجط‬١‫ددضر ثٌم‬ٙ‫ أؽ‬،‫ٔددجس‬ٚ‫ددز ثيٌىضش‬١‫جف‬١‫ِط‬
،‫ؿ‬ٛ‫ددددددخ ثٌغددددددط‬١‫ؽددددددشق دسثعددددددز صشو‬
،‫ؿ ( فشوددز ثٌددزسثس‬ٛ‫خظددجةض ثٌغددط‬
‫جء عٕذ دسؽجس‬٠‫ض‬١‫ثٌف‬
‫ثٌقشثسر ثٌّٕخفؼز‬
0303330
‫ؿ‬ٛ‫جء ثٌغط‬٠‫ض‬١‫ف‬
0303300
،)‫تدجس‬٠‫ثٌؾض‬ٚ ‫ثٔفدالس ثٌدزسثس‬ٚ ‫ثٌضظجق‬
‫دجط‬١‫ ل‬،ٟ‫ت‬٠‫ثٌؾض‬ٚ ٞ‫ثٔىغجس ثٌش ج ثٌزس‬
. ‫ج‬ٙ‫جص‬١ٕ‫صم‬ٚ ً‫ش دثٌز ثٌشط‬١١‫صط‬
The science of large molecules; polymer solutions; measurements of molecular weight and size; testing
of polymers; morphology of crystalline polymers; morphology and mechanical properties of polymers;
polymer structure and physics properties
Polymer
Physics
Classifications of matter: solids; metals; ceramics; polymers; corrosion and degradation of materials;
mechanical properties; electrical properties; thermal properties; optical properties
Properties of
Matter
This course is designed to integrate the physical concepts that have been learned by
students
in many other previously studied courses. It is aimed at supporting students learning
to take
primary responsibility for developing valid knowledge in various disciplines in physics.
The
course provides the basic mathematical, numerical, and conceptual elements needed
for
using a computer-supported learning environment as a virtual physics course work
and
laboratory. Numerical methods will be used for solving linear and non-linear
equations,
ordinary and partial differential equations. These methods will be applied to simulate
classical and quantum physical systems. These applications will include classical motion such as : projectile, oscillatory, diffusion, and wave equation; and quantum
systems such as : fields, atoms, molecules, crystals, and complex structures.
ً‫دددددد‬١ٌ‫ ِقج‬،‫ددددددشر‬١‫تددددددجس ثٌىذ‬٠‫عٍددددددُ ثٌؾض‬
ٟ‫دددد‬١‫صْ ثٌؾضة‬ٛ‫ددددجط ثٌدددد‬١‫ ل‬،‫ثٌّذٍّددددشثس‬
،‫ثخضذدددجس ثٌّذٍّدددشثس‬ٚ ً‫ددد‬١ٍ‫ صق‬،ُ‫ثٌقؾددد‬ٚ
‫ج‬ٙ‫خظجةظدددد‬ٚ ‫عٍددددُ صشددددىً ثٌّذٍّددددشثس‬
‫ددددددددخ ثٌّذٍّددددددددشثس‬١‫ صشو‬،‫ددددددددز‬١‫ى‬١ٔ‫ىج‬١ٌّ‫ث‬
‫ز‬١‫جة‬٠‫ض‬١‫ج ثٌف‬ٙ‫خظجةظ‬ٚ
،‫ فٍددضثس‬،‫ثد طددٍذز‬ٛ‫ ِدد‬،‫ثد‬ٛ‫ف ثٌّدد‬١ٕ‫صظدد‬
،‫ث ٔقدالي‬ٚ ً‫ ثٌضكود‬،‫ ِذٍّدشثس‬،‫جس‬١‫خضف‬
‫ثص‬ٛ‫ ثٌخددددددد‬،‫دددددددز‬١‫ى‬١ٔ‫ىج‬١ٌّ‫ثص ث‬ٛ‫ثٌخددددددد‬
،‫دددددددز‬٠‫ثص ثٌقشثس‬ٛ‫ ثٌخددددددد‬،‫دددددددز‬١‫شدجة‬ٙ‫ثٌى‬
‫ز‬٠‫ثص ثٌذظش‬ٛ‫ثٌخ‬
،‫ ث لضشثٔدجس ثٌّشوذدز‬،‫ س ددالط‬ٛ‫ِق‬
ً‫ ثٌضفجػد‬،‫ ؽذش ثٌّّضذثس‬،‫ز ثٌضِش‬٠‫ٔظش‬
.ٞ‫ثٌضىجًِ ثٌىغش‬ٚ
ً١‫ أٔظّددز ثٌضشددط‬،‫ح‬ٛ‫ ثٌقجعدد‬ٝ‫ِددذخً إٌدد‬
‫ د دددغ‬ٝ‫ ِمذِدددز إٌددد‬،‫ٌطدددجس ثٌذشِؾدددز‬ٚ
ً‫ددددددً ثٌؾددددددج٘ضر ِغدددددد‬١ٍ‫ددددددجس ثٌضق‬١‫دشِؾ‬
ٚ Maple ٚ Mathematica
ٚ ‫دجء‬٠‫ض‬١‫ ثٌف‬ٟ‫مجس عجِز فد‬١‫ صطذ‬،Origin
‫ث٘ش‬ٛ‫ ثٌظد‬،‫ٓ وذٍدش‬١ٔ‫ث‬ٛ‫ لد‬،ٓ‫ص‬ٛ‫د‬١ٔ ‫ىج‬١ٔ‫ىج‬١ِ
‫ددددضثص‬ٌٙ‫ ث‬،‫د‬ٛ‫دددد‬١‫ثٌق‬ٚ ً‫ ثٌضددددذثخ‬:ٗ‫دددد‬١‫ؽ‬ٌّٛ‫ث‬
‫دددجء‬٠‫ض‬١‫ ف‬ٟ‫ ِغدددةٌز فددد‬،‫ؾ‬١‫ ثٌذغددد‬ٟ‫ثفم‬ٛ‫ثٌضددد‬
.ُ‫ثٌى‬
‫جء ثٌّذٍّشثس‬٠‫ض‬١‫ف‬
0303300
‫ثص ثٌّجدر‬ٛ‫خ‬
0303303
)3( ‫ز‬١‫جػ‬٠‫جء س‬٠‫ض‬١‫ف‬
0303000
‫ز‬١‫د‬ٛ‫جء فجع‬٠‫ض‬١‫ف‬
0303000
Vector space; tensors; space – time and paths of particles; field equations and curvature; poison’s
equation; Schwarzchild solution; physics in the vicinity of a massive object; gravitational radiation;
theories of cosmology
General Theory
of Relativity
Energy radiation, characteristics and structure of matter; x- ray production; interaction of radiation with
matter; x- ray Image and contrast; the photographic process and film sensitivity; radiographic density
control; radiographic detailed photographic imaging systems; digital imaging systems and image
processing; computed topography image formation; ultrasound imaging; nuclear magnetic resonance; the
gamma camera , x-ray exposure and protection, personal exposure and protection
Medical
Physics
Definition of plasma ; theoretical description of plasma ; the particle orbit theory; elements of plasma
kinetic theory; microscopic equation for a conducting fluid; plasma conductivity and diffusion; MHD
waves
Plasma Physics
Angular momentum in a central field and electron spin; the energy levels of the hydrogen atom and
single electron ions ; the periodic table and the Pauli exclusion principle; one and two electron spectra
the addition of angular momentum ;spectral lines and selection rules; parity characteristic x – ray
spectra .
Atomic Physics
،ْ‫ صِج‬-ْ‫الس ِىج‬٠ٛ‫ صق‬،‫ز‬١‫خ‬٠‫ِمذِز صجس‬
،‫ أسد ددددز أد ددددجد‬ٟ‫ددددز فدددد‬٠‫طز ثٌٕظش‬١‫طدددد‬
‫دددددددددددز‬٠‫ ثٌٕظش‬،‫ز‬١‫ىدددددددددددج ثٌٕغدددددددددددذ‬١ٔ‫ىج‬١ٌّ‫ث‬
‫جس‬٠‫ ثٌذظدددش‬،‫ز‬١‫ز ثٌٕغدددذ‬١‫غددد‬١‫شِطٕجؽ‬ٙ‫ثٌى‬
.‫ز‬١‫ثٌٕغذ‬
‫ز‬١‫ز ثٌٕغذ‬٠‫ثٌٕظش‬
‫ثٌخجطز‬
0303003
،‫دجس‬ٙ‫فجس ثٌّضؾ‬ٛ‫ ِظدف‬،‫دجس‬ٙ‫ض ثٌّضؾ‬١‫ف‬
،‫ّجس‬١‫ ِغددجسثس ثٌؾغدد‬،‫ثٌفددشثو‬ٚ ِٓ‫ثٌددض‬
‫ ِ دددجد س‬،‫س‬ٛ‫ ثٌضىددد‬،‫ِ دددجد س ثٌّؾدددجي‬
‫ث٘ش‬ٛ‫ ظددد‬،‫ٍذ‬١‫ثسص شددد‬ٛ‫ فدددً شددد‬،ْٛ‫ثعددد‬ٛ‫د‬
،‫جء ددجٌمشح ِدٓ ؽغدُ ٘جةدً ثٌىضٍدز‬٠‫ض‬١‫ثٌف‬
ْٛ‫جس عٍُ ثٌى‬٠‫ ٔظش‬،‫ز‬١‫إش جعجس ثٌؾجرد‬
‫دددخ‬١‫صشو‬ٚ ‫ خظدددجةض‬،‫ثٌطجلدددز ثٌّشددد ز‬
ً‫ ثٌضفجعدد‬،‫ز‬١ٕ١‫ إٔضددجػ ثنش د ز لثٌغدد‬،‫ثٌّددجدر‬
‫ز‬١ٕ١‫ ثنشددد ز ثٌغددد‬،‫ثٌّدددجدر‬ٚ ‫ٓ ثيشددد ز‬١‫دددد‬
‫ش‬٠ٛ‫ددددز ثٌضظدددد‬١ٍّ‫ ع‬،‫ددددز ثٌّ جوغددددز‬١ٌ‫ج‬١‫ثٌخ‬
‫ش‬٠ٛ‫ ثٌدددضقىُ دىغجفدددز ثٌضظددد‬،‫ج‬ٙ‫ض‬١‫فغجعددد‬ٚ
،ٟ‫ش ثيشد جع‬٠ٛ‫ أٔظّز ثٌضظ‬،ٟ‫ثيش جع‬
،ٟ‫ح ثٌغدطق‬ٛ‫ش دجعضخذثَ ثٌقجع‬٠ٛ‫ثٌضظ‬
،‫ز‬١‫ص‬ٛ‫ق طدددد‬ٛ‫ؽددددجس ثٌفدددد‬ٌّٛ‫ثٌفقددددض دج‬
،ٟ‫غدد‬١‫ٓ ثٌّطٕجؽ‬١ٔ‫ثٌفقدض دجعدضخذثَ ثٌدش‬
‫ددز‬٠‫لج‬ٌٛ‫ ث‬،‫ثٌفقددض دئعددضخذثَ أش د ز ججِددج‬
‫ِٓ ثيش جعجس‬
،ٞ‫ج ثٌٕظددددش‬ٙ‫طددددف‬ٚ ،‫ددددف ثٌذالصِددددج‬٠‫ص ش‬
‫ عٕجطدش‬،ْٛ‫ُ ثٌّشق‬١‫ز ِذثس ثٌؾغ‬٠‫ٔظش‬
،‫ددددز ٌٍذالصِددددج‬١‫ت‬٠‫ددددز ثٌقشوددددز ثٌؾض‬٠‫ٔظش‬
‫دز‬١‫ع‬ٌٕٛ‫دز ث‬١ٍ‫ ثٌٕجل‬،ً‫ط‬ٌّٛ‫ِ جدٌز ثٌّجةق ث‬
ً‫ثػ دثخددددد‬ٛ‫ ثٔضمدددددجي ثنِددددد‬،‫ث ٔضشدددددجس‬ٚ
‫ثٌذالصِج‬
،ٞ‫ثٌّؾددددجي ثٌّشوددددض‬ٚ ٞٚ‫ثٌددددضخُ ثٌددددضث‬
‫ رسر‬،‫ٔددددجس‬ٚ‫ددددز ٌإلٌىضش‬١ٌ‫ثٌقشوددددز ثٌّطض‬
‫ددددددددز‬٠‫ٔددددددددجس أفجد‬ٛ٠‫ ثن‬،ٓ١‫ؽ‬ٚ‫ددددددددذس‬١ٌٙ‫ث‬
‫ز ثٌ جِز‬١‫ز ثٌٕغذ‬٠‫ثٌٕظش‬
0303000
‫ز‬١‫جء ؽذ‬٠‫ض‬١‫ف‬
0303000
‫جء ثٌذالصِج‬٠‫ض‬١‫ف‬
0303000
‫ز‬٠‫جء رس‬٠‫ض‬١‫ف‬
0303030
Basic Concepts in Nuclear Physics: History and Overview, Some Introductory Terminology, Nuclear
Properties and Units and Dimensions
Nuclear Physics
Elements of Quantum Mechanics: Quantum behavior, Principles of Quantum Mechanics, Problems in
One Dimension (two examples), Problems in Three Dimensions (one example), Quantum Theory of
Angular Momentum and Parity
Nuclear Properties: The Nuclear Radius, Mass and Abundance of Nuclides, Nuclear Binding Energy,
Nuclear Angular Momentum and Parity, Nuclear Electromagnetic Moments and Nuclear Excited States
،‫ ٌٍ ٕجطدش‬ٞ‫س‬ٚ‫ي ثٌدذ‬ٚ‫ ثٌؾدذ‬،ْٚ‫ثيٌىضش‬
‫دددددددز‬١‫عٕجة‬ٚ ‫دددددددز‬٠‫دددددددف ثٌدددددددزسثس أفجد‬١‫ؽ‬
‫ثعددددددددذ‬ٛ‫ل‬ٚ ‫دددددددجف‬١‫ ثنؽ‬،‫ٔدددددددجس‬ٚ‫ثيٌىضش‬
‫ز‬١ٕ١‫ف ثنش ز ثٌغ‬١‫ ؽ‬،‫جس‬١‫ث خض‬
،‫ثعضمشثس٘ج‬ٚ ‫ز‬٠ٛٔ‫ز ٌال‬١‫ثص ثنعجع‬ٛ‫ثٌخ‬
،‫دددددز‬٠ٌٕٚٛ‫ ث‬ٜٛ‫ ثٌمددددد‬،ٞٚٛ‫ثيشددددد ج ثٌٕددددد‬
،‫ثر‬ٛ‫ددددددز ثٌٕدددددد‬٠‫ثٌّٕددددددجرػ ثٌّخضٍفددددددز ٌٕظش‬
ٟ‫ ثٌٕشددجؽ ثيش د جع‬،‫ددز‬٠ٌٕٚٛ‫ثٌضفددجعالس ث‬
،‫أش د ز ؽجِددج‬ٚ ‫ضددج‬١‫د‬ٚ ‫ٌددذ ٌددذلجةك أٌفددج‬ٌّٛ‫ث‬
ٌٕٞٚٛ‫ ث ٔذِجػ ث‬،ٌٕٞٚٛ‫ث ٔشطجس ث‬
‫ز‬٠ٚٛٔ ‫جء‬٠‫ض‬١‫ف‬
0303030
‫ّجس‬١‫جء ثٌؾغ‬٠‫ض‬١‫ف‬
‫ز‬١ٌٚ‫ثن‬
0303033
ٖ‫جء أشذج‬٠‫ض‬١‫ف‬
‫طالس‬ٌّٛ‫ث‬
0303000
Nuclear Models: The Shell Model, Even Z, Even N Nuclei and Collective Structure
Nuclear Decay and Nuclear Radioactivity: Radioactivity, Alpha Decay, Beta Decay and Gamma Decay
Nuclear Reactions: Types of Reactions and Conservation Laws , Energetics of Nuclear Reactions,
Isospin , Reaction Cross Section, Coulomb Scattering, Nuclear Scattering, Scattering and Reaction
Cross Sections
Nuclear Fission, Nuclear Fusion
General review about the nature of the elementary particles and forces in nature; addition of angular
momentum; relativistic kinematics; conservation laws and symmetry principles; intrinsic quantum
numbers; nucleons interaction with mesons, classification of elementary particles; quark model and its
applications
Elementary
Particle Physics
Semiconductor crystal structure ; the energy band structure of crystals; the central field; transport of
carriers in semiconductors ; semiconductor diode devices and frequency speed behavior; photo detectors
, photometers; the Bipolar Junction Transistor (BJT).
Physics of
Semiconductors
SEMICONDUCTOR STATISTICS
Fermi statistics. Occupation probabilities of impurity levels
CHARGE AND ENERGY TRANSPORT IN NONDEGNERATE ELECTRON GAS
Electrical conductivity. Hall effect. Hall techniques. Magnetoresistance. Corbino resistance. Transport
،‫دز‬١ٌٚ‫ّجس ثن‬١‫ ثٌؾغد‬ٝ‫دز إٌد‬١‫خ‬٠‫ِمذِز صجس‬
‫ّجس‬١‫ف ثٌؾغددد‬١ٕ‫ صظددد‬،‫ز‬١‫ُ أعجعددد‬١٘‫ِفدددج‬
،ْ‫ّدج‬٠‫ِخططدجس فج‬ٚ ‫ ثٌضفجعالس‬،‫ز‬١ٌٚ‫ثن‬
،‫ز‬١‫شثن ثٌٕغدذ‬٠‫ ِ جدٌز د‬،‫ز‬١‫ىج ٔغذ‬١‫ّجص‬١ٔ‫وج‬
ٚ ‫ددز‬٠ٌٕٚٛ‫ ثٌّغ دجسعجس ث‬:‫ددز‬١‫ذ‬٠‫ؽددشق صؾش‬
،‫ز‬١‫غ‬١‫شِطٕجؽ‬ٙ‫ ثٌضفجعالس ثٌى‬،‫ف‬١‫ثٌّىجش‬
،‫دز‬٠ٛ‫ ثٌضفدجعالس ثٌم‬،‫فز‬١ ‫ثٌضفجعالس ثٌؼد‬
‫ ٘ددزث‬ٟ‫ددز فدد‬١ٌّ‫ٔذددزر عددٓ ثٌّخضذددشثس ثٌ ج‬
‫ثٌّؾجي‬
َ‫ فدض‬،ً‫طد‬ٌّٛ‫ ٌشدذٗ ث‬ٞ‫س‬ٍٛ‫خ ثٌذ‬١‫ثٌضشو‬
،ٞ‫ددددخ ثٌّؾددددجي ثٌّشوددددض‬١‫ثٌطجلددددز ٌٍضشو‬
ٖ‫ أشدددددذج‬ٟ‫دددددجس ٔمدددددً ثٌشدددددقٕجس فددددد‬١ٍّ‫ع‬
،ٟ‫ ثٌظدددددددددّجَ ثٌغٕدددددددددجة‬،‫طدددددددددالس‬ٌّٛ‫ث‬
‫ ثٌمطددددخ‬ٟ‫ً عٕددددجة‬١‫طدددد‬ٛ‫ ص‬،‫ضش‬١ِٛ‫صدددد‬ٛ‫ثٌف‬
.‫س‬ٛ‫ثٌضشثٔضعض‬
in inhomogeneous samples. Planar hall effect. Thermal conductivity. Thermoelectric effect. Thomson
and Peltier effects. Thermomagnetic effect. Pizoresistance.hot electron. High frequency conductivity.
Noise.
CARRIER DIFFUSION PROCESSES
Injection and recombination. Diffusion and the Einstein relation. The p-n junction. Quasi-Fermi levels.
The bipolar transistor. The metal semiconductor contact
Laser fundamentals ; insulator and semiconductor lasers; gas and dye lasers; properties of laser
radiation; meteorological and scientific applications ; industrial and medical applications
Laser Physics
Student will choose a topic in physics and write a report about the topic and then present it.
Seminar and
Research
‫ثد ثٌ جصٌدددز‬ٛ‫دددضس ثٌّددد‬١ٌ ،‫دددضس‬١ٌٍ‫ِذدددجدا ث‬
ٞ‫دددضس ثٌطدددجص‬١ٌٍ‫ ث‬،‫ثطدددالس‬ٌّٛ‫أشدددذجٖ ث‬ٚ
‫ خظدددجةض ثيشددد ج‬،‫دددضس ثنطدددذجو‬١ٌٚ
‫دددددددجط‬١‫ ثٌم‬ٟ‫مجصدددددددٗ فددددددد‬١‫صطذ‬ٚ ٞ‫ددددددضس‬١ٌٍ‫ث‬
‫ددز‬١ٍّ ٌ‫ز ث‬١‫مجصددٗ ثٌظدٕجع‬١‫صطذ‬ٚ ‫دجف‬١‫ثنؽ‬ٚ
‫ز‬١‫ثٌطذ‬ٚ
‫ ِٕجعددخ‬ٛ‫ػدد‬ِٛ ‫دجس‬١‫َ ثٌطجٌددخ دجخض‬ٛ‫مد‬٠
ٟ‫ٍمدد‬٠ٚ ‫ددشثل عٕددز‬٠‫ىضددخ صمش‬٠ٚ ‫ددجء‬٠‫ض‬١‫ ثٌف‬ٟ‫فدد‬
ٖ‫ ثخضجس‬ٞ‫ ثٌز‬ٛ‫ػ‬ٌّٛ‫ي ث‬ٛ‫ِقجػشر ف‬
‫ضس‬١ٌٍ‫جء ث‬٠‫ض‬١‫ف‬
0303000
‫دقظ‬ٚ ٖٚ‫ٔذ‬
0303030