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Atom fizikasi

AFM3005 · 5-semester · 60110700 Uzbek Language and Literature · 2023 intake

Credits
5
Total hours
150
Contact hours
76
Type
Compulsory
Block
Majburiy fanlar
Final assessment
Imtihon

Hours breakdown

  • Lecture30 h
  • Laboratory16 h
  • Practical30 h
  • Independent study74 h

Topics · 38

Lecture · 30 h

  1. 1.Atom fizikasiga kirish. Issiqlik nurlanishi.2
  2. 2.Atom modellari. Tomson modeli.2
  3. 3.Spektral seriyalar va energetik sathlar.2
  4. 4.Vodorod atomining Bor nazariyasi.2
  5. 5.Rentgen nurlanishi.2
  6. 6.Lazerlar.2
  7. 7.Elektromagnit nurlanishning korpuskulyar xossalari.2
  8. 8.Mikrozarralarning to‘lqin xossalari.2
  9. 9.Korpuskulyar-to‘lqin dualizmining eksperimental asoslari.2
  10. 10.Kvant mexanikasi asoslari.2
  11. 11.Ishqoriy metallar.2
  12. 12.Vodorodsimon atomlar.2
  13. 13.Zeeman effekti.2
  14. 14.Mikrozarralar spini.2
  15. 15.Pauli prinsipi.2

Practical · 30 h

  1. 1.Mikrozarralar kinematikasi.2
  2. 2.Issiqlik nurlanishining klassik nazariyasi.2
  3. 3.Issiqlik nurlanishining kvant nazariyalari2
  4. 4.Zarralaming sochilishi. Rezerford formulasi.2
  5. 5.Atomning Rezerford - Bor modeli.2
  6. 6.Vodorod atomining spektral seriyalari.2
  7. 7.Rentgen nurlanishi. Mozeli qonuni.2
  8. 8.Fotoeffekt qonunlari.2
  9. 9.Kompton effekti.2
  10. 10.Mikrozarralarning to‘lqin xossalari. De-Broyl to'lqini.2
  11. 11.Geyzenberg noaniqliklar munosabati.2
  12. 12.Shryodinger tenglamasi. Potensial o‘zaradagi zarra harakati.2
  13. 13.Mikrozarralaming potensial to‘siq orqali o‘tishi. Tunnel effekti.2
  14. 14.Vodorodsimon atomlar. Ishqoriy metallar.2
  15. 15.Pauli prinsipi. Atomlarning elektron konfiguratsiyalari2

Laboratory · 16 h

  1. 1.Stefan-Bolsman qonuni: Absolyut qorajism nurlanish intensivligining haroratga bog’liqligini o'lchash.2
  2. 2.Plank doimiysini aniqlash.2
  3. 3.Ravshanlik pirometri yordamida nurlanayotgan jismlaming haqiqiy temperaturasini aniqlash.2
  4. 4.Elektronning chiqish ishini aniqlash.2
  5. 5.Tashqi fotoeffekt hodisasini o‘rganish2
  6. 6.Atomlaming spektrlariga doir kompyuter eksperimenti2
  7. 7.Frank-Gers tajribasini o’rganish (atomlarning uyg‘onish potensialini aniqlash).2
  8. 8.Geliy neon lazeri nurlanishining suyuqlikda yutilish qonuniyatlarini o‘rganish.2

Assessment (max score)

  • Final exam 5
  • Total 5
  • Midterm 1 5
  • Midterm 2 5

Source: HEMIS. Titles as in HEMIS (in Uzbek). Reading list and grading criteria are in the department's approved syllabus.

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