Dersin Bilgileri

Dersin Adı	Türkçe	Nükleer Fizik I
	İngilizce	Nuclear Physics I
Dersin Kodu	FIZ 433E	Kredi	Ders (saat/hafta)	Uygulama (saat/hafta)	Labratuvar (saat/hafta)
Dönem	-	3	2	-	2
Dersin Dili		İngilizce
Dersin Koordinatörü		Kerem Cankoçak
Dersin Amaçları		Nükleer fiziğe giriş
Dersin Tanımı		Nükleer fiziğe giriş
Dersin Çıktıları		1. Hafta (4 saat) Chapter 1 BASIC CONCEPTS 1.1 History and Overview 1.2 Some Introductory Terminology 1.3 Nuclear Properties 1.4 Units and Dimensions 2-3. Hafta (6 saat) Chapter 2 ELEMENTS OF QUANTUM MECHANICS Quantum Behavior Principles of Quantum Mechanics Problems in One Dimension Problems in Three Dimensions Quantum Theory of Angular Momentum Parity Quantum Statistics Transitions Between States 3-4. Hafta (6 saat) Chapter 3 NUCLEAR PROPERTIES 3.1 The Nuclear Radius 3.2 Mass and Abundance of Nuclides 3.3 Nuclear Binding Energy 3.4 Nuclear Angular Momentum and Parity 3.5 Nuclear Electromagnetic Moments 3.6 Nuclear Excited States 5. hafta (4 saat) Chapter 6 RADIOACTIVE DECAY The Radioactive Decay Law Quantum Theory of Radiative Decays Production and Decay of Radioactivity Growth of Daughter Activities Types of Decays Natural Radioactivity Rad ioactive Dating Units for Measuring Radiation 6. hafta (2 saat) “Chapter 7 DETECTING NUCLEAR RADIATIONS Interactions of Radiation with Matter Gas-Fi I led Counters Scintillation Detectors Semiconductor Detectors Counting Statistics 7. hafta (2 saat) Chapter 7 cont. Energy Measurements Coincidence Measurements and Time Resolution Measurement of Nuclear Lifetimes Other Detector Types 8. hafta (2 saat) Chapter 4 THE FORCE BETWEEN NUCLEONS f4.2 Nucleon-Nucleon Scattering 4.1 The Deuteron 4.3 Proton-Proton and Neutron-Neutron Interactions 9. hafta (2 saat) Chapter 4 cont. 4.4 Properties of the Nuclear Force 4.5 The Exchange Force Model 10. hafta (2 saat) Chapter 8 ALPHA DECAY 8.1 Why Alpha Decay Occurs 8.2 Basic Alpha Decay Processes 8.3 Alpha Decay Systematics 11. hafta (2 saat) $8.4 Theory of Alpha Emission 8.5 Angular Momentum and Parity in Alpha Decay “8.6 Alpha Decay Spectroscopy 12. hafta (2 saat) Chapter 5 NUCLEAR MODELS 5.1 The Shell Model 5.2 Even-Z, Even-N Nuclei and Collective Structure 5.3 More Realistic Nuclear Models 13. hafta (2 saat) Chapter 9 BETADECAY 9.1 Energy Release in Beta Decay t9.2 Fermi Theory of Beta Decay 9.3 The “Classical” Experimental Tests of the Fermi Theory 9.4 Angular Momentum and Parity Selection Rules 14. hafta (2 saat) 9.5 Comparative Half-Lives and Forbidden Decays “9.6 Neutrino Physics 9.7 Double Beta Decay 9.8 Beta-Delayed Nucleon Emission 9.9 Nonconservation of Parity 9.10 Beta Spectroscopy 15. hafta (2 saat) Chapter 10 GAMMA DECAY Energetics of Gamma Decay Classical Electromagnetic Radiation Transition to Quantum Mechanics Angular Momentum and Parity Selection Rules Angular Distribution and Polarization Measurements Internal Conversion Lifetimes for Gamma Emission Gam ma-Ray Spectroscopy Nuclear Resonance Fluorescence and the Mossbauer Effect
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Diğer		Faaliyetler Adedi Değerlendirmedeki Katkısı, % (Activities) (Quantity) (Effects on Grading, %) Yıl İçi Sınavları 2 %40 (Midterm Exams) Kısa Sınavlar 7 %5 (Quizzes) Ödevler 7 %5 (Homework) Projeler - (Projects) Dönem Ödevi/Projesi - (Term Paper/Project) Laboratuar Uygulaması 10 %10 (Laboratory Work) Diğer Uygulamalar - (Other Activities) Final Sınavı 1 %40
Ders Kitabı		INTRODUCTORY NUCLEAR PHYSICS Kenneth S. Krane
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