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Nanostructure Modeling

Nanostructure Modeling. Course No: MEPH 587V (V=2), Summer Section 001 Time: 10:00 to 11:30 (Tr,F) Instructor: Vahid Yazdanpanah5, Tel: 575-7660, Office: 129 Email: yazdan@uark.edu Exams: 1 Take Home + Final Exam Grade: 2 Exams (300 Points) + HW (300 Points)

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Nanostructure Modeling

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  1. Nanostructure Modeling Course No: MEPH 587V (V=2), Summer Section 001 Time: 10:00 to 11:30 (Tr,F) Instructor: Vahid Yazdanpanah5, Tel: 575-7660, Office: 129 Email: yazdan@uark.edu Exams: 1 Take Home + Final Exam Grade: 2 Exams (300 Points) + HW (300 Points) Home Work: Home works are due beginning of next class unless we decide another time.

  2. Writing a Modeling Report • Team up with two classmate • Find and study related articles such as: • Modeling of TypeII IR Detectros at very long wavelength. • Generation-Recombination modeling of TypeII system • Quantum efficiency modeling of Type II system • Dark Current Modeling in Type II IR photodetector • Modeling of residual doping of Type II superlattice at different growth temperature • Write a report of a few pages including: • Abstract, Introduction, Theoretical method, analyzing the results, Conclusion, References. • Due date is one month from today.

  3. References • Infrared detectors for early detection of breast cancer: • Laser Focus World vol. 34, issue 12 (1998) • M. Meurens, J. Walleon, and J. Tong, Vib Spectrosc 10, 341 (1996) • Infrared detectors for Law enforcement: • Photonics Spectra, Oct 1998 • Infrared detectors for blood sugar monitoring: • A. Samann, U. Muller, and C. Fischbacher, Diabetologia 41, A45 (1998) • Infrared detectors for non-destructive testing and inspection techniques: • Laser Focus World, vol. 35, issue 11, (1999)&E. Wormser Appl. Opt. 7, 23 (1968) • Laser for eyesight correction: • Photonics Spectra, p. 131, Feb 2000 • Laser scanning systems for earthquake forecasts: • Laser focus world, vol 35, issue 8, (1999) • Laser scanning systems for 3-D view of Mars: • Laser Focus World, vol. 35, issue 7, 1999 • Infrared laser diodes as range finder for blind people: • Laser Focus World, vol.34, issue 8, 1998 & R. Farcy and R. Damachini, Appl. Opt. vol 36, no. 31, p. 8227 (1997) • Infrared lasers for free-space communication: • Laser Focus World, vol.34, issue 5, 1998 • Fiber optic sensors for monitoring of corrosion in bridges: • Laser Focus World, vol. 34, issue 3, 1998 • Lasers as "Virtual Biopsy" tools • Laser Focus World, vol. 36, no. 3, p59, 2000 • Lasers for brain stroke blockage blast • Biophotonics International, p. 57, July/Aug. 1998

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