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Kvant mexanikasi va kvant kimyosi

KMK1204 · 2-semester · 60530100 Chemistry · 2025 intake

Credits
4
Total hours
120
Contact hours
48
Type
Compulsory
Block
Majburiy fanlar
Final assessment
Imtihon

Hours breakdown

  • Lecture24 h
  • Practical24 h
  • Independent study72 h

Topics · 24

Lecture · 24 h

  1. 1.Atom to‘g‘risidagi tasavvurlarning rivojlanishi.2
  2. 2.Kvant mexanikasining asosiy tushunchalari.2
  3. 3.Kvant mexanikasining matematik apparati.2
  4. 4.Shredinger tenglamasi. Vodorod atomi masalasi.2
  5. 5.Spin. Atom va molekula uchun Shredinger tenglamasi.2
  6. 6.Atom va molekulaning elektron tuzilishi.2
  7. 7.Kvant kimyosining hisoblash uslublari. Hyukkel metodi.2
  8. 8.Elektron korrelyatsiyalarni hisobga olish.2
  9. 9.Elektron zichligi funksionali uslubi.2
  10. 10.Kimyoviy xossalarni molekulyar to’lqin funksiyasi asosida tavsiflash.2
  11. 11.Kimyoviy reaksiyalarning kvant-kimyoviy tahlili.2
  12. 12.Orbitallar simmetriyasi bilan boshqariladigan reaksiyalar.2

Practical · 24 h

  1. 1.Atom tuzilishi nazariyalari.2
  2. 2.Korpuskulyar to’lqin dualizmi.2
  3. 3.Operatorlar.2
  4. 4.Shredingerning stasionar tenglamasi. Vodorod atomi spektri2
  5. 5.Elementar zarrachalar spini. Atom va molekula uchun Shredinger tenglamasi2
  6. 6.Atomlarning elektron tuzilishi2
  7. 7.Kvant mexanika va klassik mexanikaga asoslangan uslublar. Oddiy va kengaytirilgan.Hyukkel metodi2
  8. 8.Elektron korrelyasiyala.2
  9. 9.Zichlik fuksionali nazariyasi2
  10. 10.Elektron to’lqin funksiyasi tafsivlovchi molekulyar xossalar2
  11. 11.Hozirgi zamon kimyosi tuzilish nazariyasida potensial energiya sirtining roli.2
  12. 12.Orbitallar simmetriyasi to’g’risida tushunchalar2

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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