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Course Title[Course Code]:Advanced Laser Physics[EMP 602]

Faculty: Engineering, Shoubra
Department: Engineering Mathematics and Physics
Program: Physics
Compulsory / Elective:Compulsory
Postgraduate(Master-Not Available)
Hours:
Lecture:( 3 ) Practical / Clinical:( - ) Tutorial:( - )

Course Description:
Derivation of Planck's statement – Eienshtin coefficients – Natural broadening – Doppler broadening (Gaussian) – Collisional broadedning (Lorentzian) – Relation between absorption , gain and pumping energy – Absorption coefficient – Rate statement – Saturation – Types of lasers (two energy levels system ,three energy levels system and four energy levels system) – Fabry-Perot resonance function – Gain factor for a resonator filled with effective or not effective material – Tupes of Fabry-Perot cavity – Ruby laser – He-Ne laser – Nd-YAG laser principles of Hollography.