Education Information System | Duzce University

Course Information

Course Title	Code	Semester	L+U Hour	Credits	ECTS
Crystal Lattice Dynamics	FIZ729		3 + 0	3.0	7.5

Prerequisites	None

Language of Instruction	Turkish
Course Level	Graduate
Course Type
Mode of delivery	Lecturing
Course Coordinator	Prof. Dr. Oğuz KÖYSAL
Instructor(s)
Assistants
Goals	Optical characterization technique which is one of the experimental characterization techniques will be examined by taking a comprehensive manner.
Course Content	Electromagnetic spectrum, Optical spectroscopy,Some physical constants and its relations with spectroscopy, absorption coefficient, measurement of absorption effect,Spectrophotometers, reflection event, measurement of photoradiation, spectroflorometer,Radiation efficiency, time-bound radiation, scattering event,Stoke and Antistoke shifts,Raman effect, Advanced Topic: Fourier transform spectrophotometer (FTIR),Lamps, Incandescent and quartz halogen lamps, spectral lamps, flörosans lamps, high pressure discharge steam lamps, solid state lamps,Lasers, laser types, characteristics of laser rays, controllability of laser rays, Monochromators, detectors,Optimization of signal-to-noise ratio, optical constants and dielectric constant,Metals, ideal metals, recombination effects,Semiconductors and insulators, spectral type of fundamental absorption affair,Direct transitions, indirect transitions,Weak connected excitons, strong connected excitons,Band densities, dynamic interaction (configurational coordinate diagram),Band shapes, nonradiative transitions
Learning Outcomes

Weekly Topics (Content)

Week	Topics	Learning Methods
1. Week	Electromagnetic spectrum, Optical spectroscopy.
1. Week	Electromagnetic spectrum, Optical spectroscopy.
2. Week	Some physical constants and its relations with spectroscopy, absorption coefficient, measurement of absorption effect.
2. Week	Some physical constants and its relations with spectroscopy, absorption coefficient, measurement of absorption effect.
3. Week	Spectrophotometers, reflection event, measurement of photoradiation, spectroflorometer.
3. Week	Spectrophotometers, reflection event, measurement of photoradiation, spectroflorometer.
4. Week	Radiation efficiency, time-bound radiation, scattering event,Stoke and Antistoke shifts.
4. Week	Radiation efficiency, time-bound radiation, scattering event,Stoke and Antistoke shifts.
5. Week	Raman effect, Advanced Topic: Fourier transform spectrophotometer (FTIR).
5. Week	Raman effect, Advanced Topic: Fourier transform spectrophotometer (FTIR).
6. Week	Lamps, Incandescent and quartz halogen lamps, spectral lamps, flörosans lamps, high pressure discharge steam lamps, solid state lamps.
6. Week	Lamps, Incandescent and quartz halogen lamps, spectral lamps, flörosans lamps, high pressure discharge steam lamps, solid state lamps.
7. Week	Lasers, laser types, characteristics of laser rays, controllability of laser rays, Monochromators, detectors.
7. Week	Lasers, laser types, characteristics of laser rays, controllability of laser rays, Monochromators, detectors.
8. Week	MIDTERM EXAM
8. Week	MIDTERM EXAM
9. Week	Optimization of signal-to-noise ratio, optical constants and dielectric constant.
9. Week	Optimization of signal-to-noise ratio, optical constants and dielectric constant.
10. Week	Metals, ideal metals, recombination effects.
10. Week	Metals, ideal metals, recombination effects.
11. Week	Semiconductors and insulators, spectral type of fundamental absorption affair.
11. Week	Semiconductors and insulators, spectral type of fundamental absorption affair.
12. Week	Direct transitions, indirect transitions.
12. Week	Direct transitions, indirect transitions.
13. Week	Weak connected excitons, strong connected excitons.
13. Week	Weak connected excitons, strong connected excitons.
14. Week	Band densities, dynamic interaction (configurational coordinate diagram).
14. Week	Band densities, dynamic interaction (configurational coordinate diagram).

Recommended Sources

• J.G. Solé, L.E. Bausá, D. Jaque, An Introduction to the Optical Spectroscopy of Inorganic Solids, Wiley-Interscience, 2005.
• J.G. Solé, L.E. Bausá, D. Jaque, An Introduction to the Optical Spectroscopy of Inorganic Solids, Wiley-Interscience, 2005.