Cinque Terre

Dr. SALAH ALDEEN ADNAN TAHA

DEPARTMENT OF LASER AND OPTOELECTRONICS ENGINEERING

ASSISTANT PROFESSOR

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Dr. Salah is a Lecturer as an assistant professor in the department of laser and optoelectronics engineering / University of Technology. I supervised many graduate students who have published many international researches.

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PhD, Optoelectronics Engineering, Laser and Optoelectronics Engineering Department, UoT

M.Sc. Electro-Optics, Military Engineering College.

B.Sc. Electrical and Electron Engineering, Military Engineering College.

Optical Sensors, Optoelectronics, Optical Communications.

Combined effect of turbulence and weather FSO-on Radio over Free Space Optics
Dr. Salah Aldeen Adnan, Mazin Ali A. Ali, Sarah Ali. Al-Saeedi

Comparison Of Discrete L Band Raman Fiber Amplifier In Two Different Configurations
A. K. Abass, Salah Aldeen Adnan, Ban K. Hadi, Mohammed A. Salih

Design And Implementation Of Heterodyne Detection Based On Photonic Crystal Fiber Sensor
Marwa Mustafa Sami, Mohammed Abdelwahab Munshid, Salah Aldeen Adnan

Tipped Fiber Bragg Grating sensor for concentration measurements
Ruaa K. Musa , Salah Al deen A. Taha , Ali M. Hammadi

Design and Fabrication of Evanescent Wave Fiber Optic Sensor
Ruaa Khalil Musa, Salah Al deen Adnan, 3Ali Mahdi Hammadi

Investigating link budget of underwater wireless optical communication with intensity modulation direct detection technique
Adnan, S.A.,Ali, M.A.,Sadeq, M.,Kadhim, A.C.,Riaz, M.

Investigating the performance of underwater wireless optical communication with intensity modulation direct detection technique
Adnan, S.A.,Ali, M.A.,Kadhim, A.C.,Sadeq, M.,Riaz, M.

Single-and double-sided sensor applications of metamaterials based on square-ring and diamond resonators for terahertz region
Shawky, N.,Adnan Taha, S.A.-D.,Altan, H.,Sabah, C.

Transporting 8 × 10Gbps WDM Ro-FSO under Various Weather Conditions
Ali, M.A.A.,Adnan, S.A.,Al-Saeedi, S.A.

Characterization Study And Simulation Of Mimo Free Space Optical Communication Under Different Atmospheric Channel
Dr. Shehab A. Kadhim, Dr. Salah Aldeen A. Taha, Ali Q. Baki

Implementation And Performance Evaluation Of Mimo Technique For High Data Rate Wireless Optical Communication System In Turbulent Atmosphere
Ali Q. Baki, Dr. Shehab A. Kadhim, Dr. Salah Aldeen A. Taha

Anemometer Sensor by using Fiber Bragg Grating Based Bending Controlled by Wind Speed
S.A. Kadhim*, S.A.A. Taha, D.A. Resen

Fusion splicing: The penalty of increasing the collapse length of the air holes in ESM-12B photonic crystal fibers
Adnan, S.A.,Abdulwahhab, A.W.,Ismail, S.N.

Temperature Sensor BasedonFiber Bragg Grating (FBG), Implementation, Evaluation and Spectral Characterization Study
Dr.Shehab A. Kadhim, Dr.Salah Aldeen A. Taha, Dehyaa A. Resen

Splice fault position detection of single mode fiber using feed-forward neural networks
Salah Al Deen Adnan Taha , Ahmed Chyad, *Shaymaa Noaman, Ismail, Hasan A. Hassan

Study Some Structural and Optical Properties of Copper Nano Film
Dr. Salah Aldeen Adnan Taha, Dr. Alaa A. Abdul-Hamead, Ass. Lec. Marwa S. Mehsin,Eng.Roaa S. Mahmood

The Optimum Conditions for Arc Fusion to Splice Photonic Crystal Fiber and Single Mode Optical Fiber
Dr. Mohammed S. Mehde , Dr. Salah Aldeen Adnan Taha &Ammar Anwer Ahmed

Effect of Distance between Two Optical Single Mode Fibers on Minimum Splice Losses by Using Arc Fusion Splicer
Dr. Salah Aldeen Adnan Taha

Simulation of Gaussian Pulses Propagation Through Single Mode Optical Fiber Using MATLAB
Salah Al–Deen Adnan Taha*, Mehdi M. Shellal, and Ahmed Chyad Kadhim

Thermal oxidation effects on physical properties of CuO2 thin films for optoelectronic application
MA Fakhri, AW Abdulwahhab, SM Kadhim, MS Alwazni, SA Adnan

Optical Investigations of Nanophotonic LiNbO3 Films Deposited by Pulsed Laser Deposition Method
SM Taleb, MA Fakhri, SA Adnan

- A.C. Circuit Analysis I

- A.C. Circuit Analysis II

- Optoelectronics

- Fiber Lasers

- Many Acknowledgement from the University of Technology President.

- Acknowledgement from the Dean of Laser and optoelectronics Engineering Dept.

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