Supervise Research Projects

  • 1- A study of some plasma parameters for hollow cathode discharge,
  • 2- Fluorescence life time measurement of C6H6 and C6D6 using different noble gases solid matrices
  • 3- Computer simulation and experimental studies on multilayer laser optical elements.
  • 4- Design, construction of home – built hollow copper cathode laser and evaluation of its usage to produce polymers.
  • 5- CO2 Laser design, construction and evaluation of its effect on semiconductors electrical properties.
  • 6- Simulation of quantum cryptography based on Ekert protocol.
  • 7- Design and construction of optical coherence tomography system and evaluation of its operation as a diagnostic technique.
  • 8- Clinical evaluation of using Er-YAG laser in treatment of some oral soft and hard tissues cases.
  • 9- Evaluation of using Fourier transform infrared spectroscopy and laser Raman spectroscopy in bladder malignancy diagnosis.
  • 10 -Characterization of combustion process in petroleum gas in a special designed burner using laser induced breakdown spectroscopy.
  • 11 - Laser Induced-Graft Copolymerization of Some Acrylic Acid Derivatives on Gum Arabic and Gum Karaya.
  • 12 – Characterization of Synthesized PMMA/Kalonite Nanocomposite Using Infrared Spectroscopy and Laser Raman Spectroscopy.
  • 14 - Diagnostics of Electron Temperature in Laser Produced Plasma and Determination of its Effect on Some Deposited Films Properties
  • 15– Spectroscopic characterization of leukemia using laser – Raman and FTIR spectroscopy.
  • 16 – Evaluation of the effectiveness of low level diode lasers with different wavelengths dental caries prevention, in vivo study.
  • 17- Treatment of seborrheic keratosis in some Sudanese patients using diode laser (940 nm) and Nd-YAG laser (1064 nm).
  • 18 – Identification of the constituents for some Sudanese crude oil and soil using laser induced breakdown spectroscopy.
  • 20 – Theoretical study of the optical specifications of some materials used as resonators for Nd – YAG laser (1064 nm).
  • 21 – Design and implementation of tunable copper vapor laser and its application in degradation of phenol in water.
  • 21 – Design and implementation of tunable copper vapor laser and its application in degradation of phenol in water.
  • 1- Using laser irradiation for improving lactic acid production,
  • 2- The use of CO2 laser in the management of oral and maxillofacial lesions
  • 3- Determination of laser dead time for pathogenic of food poisoning Gram (- ve) bacteria
  • Direct transmission of radio signals via optical fiber link
  • The effect of filler powder properties composed with Novolak on the absorption of shock wave

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