AZTUProgrammes

Subject · Radio engineering and telecommunication engineering

Elektrodinamika və radiodalğaların yayılmasıTopics

İF-2254y6 creditsSpring semesterMandatory2025-2026

Topic plan

The subject's topics and the learning outcomes attached to each one.

23 topics

  1. 1. Introduction. electromagnetic field vectors. electrodynamic environments. potential and eddy field

    Lecture

  2. 2. Maxwell's first, second, third and fourth equations

    Lecture

  3. 3. The continuity equation and the law of conservation of charges. ohm's law differentially. classification of environments based on maxwell's equations. maxwell's complete system of equations

    Lecture

  4. 4. Classification of electromagnetic phenomena. maxwell's equations and eddy currents. inability to differentially apply maxwell's equations for two media boundaries. boundary conditions for electric field vectors

    Lecture

  5. 5. Boundary conditions for magnetic field vectors. complete boundary conditions. boundary conditions for an ideal conducting wire

    Lecture

  6. 6. Ancient philosophy

    Lecture

    The purpose of the subject is to study the origin and development stages of ancient greek and roman philosophy. the ideas of socrates, plato, aristotle and other philosophers are analyzed. the influence of ancient philosophy on later philosophical thought is investigated.

    Topic learning outcomes

    • .ftn6: müasir ictimai, etik, sosial və elmi texnoloji problemləri fəlsəfi baxımdan dəyərləndirir.
    • .ftn7: öz mövqeyini məntiqi, əsaslandırılmış və ardıcıl şəkildə ifadə edir
    • .ftn2: əsas fəlsəfi cərəyan və konsepsiyaları müqayisə və təhlil edir.
    • .ftn3: fəlsəfi problemlərin həllində tənqidi və analtik düşünmə bacarıqlarından istifadə edir.
    • .ftn4: müxtəlif fəlsəfi mövqeləri arqumentlər əsasında qiymətləndirir.
    • .ftn5: fəlsəfi və elmi mətnləri təhlil edir və əsas ideyaları ümumiləşdirir.
    • .ftn8: fəlsəfi bilikləri peşəkar fəaliyyətində və gündəlik həyatda tətbiq edir.
    • .ftn1: fəlsəfənin əsas anlayışlarını , kateqoriyalarını və tarixi inkişaf mərhələlərini izah edir.

  7. 7. The wave equation. electrodynamic potentials. basic equations and energy of electrostatics. basic equations of stationary electromagnetic field. magnetostatics. direct current and magnetic field

    Lecture

  8. 8. The energy of a stationary magnetic field. area of ​​coaxial cable. area of ​​a two-wire line. the field of a magnetic dipole. electric current in a conductive medium. area of ​​current circular contour

    Lecture

  9. 9. The simplest irradiators. elementary electric and magnetic vibrators, their direction diagram. huygens element

    Lecture

  10. 10. Plane waves in a lossless homogeneous isotropic medium. surface effect phenomenon

    Lecture

  11. 11. Reflection, transmission and diffraction of plane waves

    Lecture

  12. 12. 13. cu and zn - natural compounds, extraction, properties and application

    Lecture

  13. 13. Dispersion. interference. diffraction. polarization

    Lecture

  14. 14. Circulators. wave matrices. phase shifters. attenuators

    Lecture

  15. 15. Branchers. detector units. IYT quadrupoles and resonators

    Lecture

  16. 16. Calculation of the electric field in the shadow (diffraction) zone. propagation of radio waves on a non-homogeneous track when the antenna is located above the earth's surface. a region of space that plays an important role in the propagation of radio waves. fresnel zones

    Lecture

  17. 17. The composition of the atmosphere. propagation of ultrashort waves over long distances. extinction of field intensity of radio waves in the troposphere. causes of formation of ionosphere. propagation of radio waves in the ionosphere. study of the ionosphere by vertical sounding method

    Lecture

  18. 18. Propagation characteristics of long, medium and short waves. silence of short waves. disturbance characteristics of short-wave radio lines

    Lecture

  19. 19. Main types of space radio lines. organization of radio communication with the help of earth satellite. power loss of ultrashort waves in earth-space radio lines

    Lecture

  20. 20. Characterization of the interplanetary environment. radiophysical parameters of the atmosphere

    Lecture

  21. 21. Optical and infrared radio waves. their application in communication and navigation. attenuation of optical and infrared waves in the atmosphere

    Lecture

  22. 22. Industrial and atmospheric barriers. space barrier. electromagnetic coherence of radio waves

    Lecture

  23. 23. Refraction of optical and infrared waves

    Lecture