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Materials Science

D-Index
48
Citations
9159
World Ranking
10805
National Ranking
2555

Overview

Salah M. Bedair is affiliated with North Carolina State University in the United States. Their research spans multiple areas within physics, engineering, and materials science, with a focus on semiconductor materials and devices.

The scientist has contributed extensively to the study of GaN-based semiconductor devices and materials, reflected in the majority of their publications. Their work also addresses semiconductor quantum structures and devices, Ga2O3 and related materials, ZnO doping and properties, and photocathodes and microchannel plates. Additionally, they have explored topics related to solar cell performance optimization.

Their main fields of study are:

  • Physics and Astronomy
  • Engineering
  • Materials Science

Within these, their subfields of study include:

  • Condensed Matter Physics
  • Electrical and Electronic Engineering
  • Atomic and Molecular Physics, and Optics
  • Electronic, Optical and Magnetic Materials
  • Materials Chemistry

Salah M. Bedair has published primarily in the following venues:

  • Applied Physics Letters
  • Solar Energy Materials and Solar Cells
  • Semiconductor Science and Technology
  • Superlattices and Microstructures
  • Journal of Electronic Materials

Recent papers include:

  • "Observing relaxation in device quality InGaN templates by TEM techniques," 2020, Applied Physics Letters
  • "Improved LED output power and external quantum efficiency using InGaN templates," 2022, Applied Physics Letters
  • "Multi-junction solar cells by Intermetallic Bonding and interconnect of Dissimilar Materials: GaAs/Si," 2020, Solar Energy Materials and Solar Cells
  • "Device quality templates of InxGa1−xN (x < 0.1) with defect densities comparable to GaN," 2020, Applied Physics Letters
  • "The dependence of the emission from MQWs on the indium content in the underlying InGaN templates: experimental and modeling results," 2021, Semiconductor Science and Technology

Frequent co-authors collaborating with Bedair include:

  • Mostafa Abdelhamid
  • Evyn L. Routh
  • N. A. El-Masry
  • Brandon G. Hagar
  • P. C. Colter

This body of work illustrates a focus on advanced semiconductor materials, particularly those based on indium gallium nitride (InGaN), and related optoelectronic devices. Research has encompassed experimental and modeling approaches, as well as device fabrication and characterization.

Best Publications

  • Room temperature ferromagnetic properties of (Ga, Mn)N

    M. L. Reed;N. A. El-Masry;H. H. Stadelmaier;M. K. Ritums

  • Optoelectronic devices having arrays of quantum-dot compound semiconductor superlattices therein

    Zhibo Zhang;Veena Misra;Salah M. A. Bedair;Mehmet Ozturk

  • Phase separation in InGaN grown by metalorganic chemical vapor deposition

    N. A. El-Masry;E. L. Piner;S. X. Liu;S. M. Bedair

  • Methods of forming indium gallium nitride or aluminum indium gallium nitride using controlled hydrogen gas flows

    Forrest Gregg McIntosh;Salah Mohamed Bedair;Nadia Ahmed El-Masry;John Claassen Roberts

  • Violet/blue emission from epitaxial cerium oxide films on silicon substrates

    A. H. Morshed;M. E. Moussa;S. M. Bedair;R. Leonard

  • Atomic layer epitaxy of III‐V binary compounds

    S. M. Bedair;M. A. Tischler;T. Katsuyama;N. A. El‐Masry

  • Effect of hydrogen on the indium incorporation in InGaN epitaxial films

    E. L. Piner;M. K. Behbehani;N. A. El-Masry;F. G. McIntosh

  • Reaction and regrowth control of CeO2 on Si(111) surface for the silicon‐on‐insulator structure

    T. Chikyow;S. M. Bedair;L. Tye;N. A. El‐Masry

  • ELECTRICAL CHARACTERISTICS OF EPITAXIAL CEO2 ON SI(111)

    L. Tye;N. A. El‐Masry;T. Chikyow;P. McLarty

  • Determination of the critical layer thickness in the InGaN/GaN heterostructures

    C. A. Parker;J. C. Roberts;S. M. Bedair;M. J. Reed

  • Optical band gap dependence on composition and thickness of InxGa1−xN (0<x<0.25) grown on GaN

    C. A. Parker;J. C. Roberts;S. M. Bedair;M. J. Reed

  • High optical quality AlInGaN by metalorganic chemical vapor deposition

    M. E. Aumer;S. F. LeBoeuf;F. G. McIntosh;S. M. Bedair

  • A two‐junction cascade solar‐cell structure

    S. M. Bedair;M. F. Lamorte;J. R. Hauser

  • Growth and characterization of AlInGaN quaternary alloys

    F. G. McIntosh;K. S. Boutros;J. C. Roberts;S. M. Bedair

  • Effects of tensile and compressive strain on the luminescence properties of AlInGaN/InGaN quantum well structures

    M. E. Aumer;S. F. LeBoeuf;S. M. Bedair;M. Smith

  • Self‐limiting mechanism in the atomic layer epitaxy of GaAs

    M. A. Tischler;S. M. Bedair

  • Phase separation and ordering coexisting in InxGa1−xN grown by metal organic chemical vapor deposition

    M. K. Behbehani;E. L. Piner;S. X. Liu;N. A. El-Masry

  • Room temperature magnetic (Ga,Mn)N: a new material for spin electronic devices

    M.L Reed;M.K Ritums;H.H Stadelmaier;M.J Reed

  • p-n junction formation in InSb and InAs(1-x)Sb(x) by metalorganic chemical vapor deposition

    P. K. Chiang;S. M. Bedair

  • Effect of doping on the magnetic properties of GaMnN: Fermi level engineering

    M. J. Reed;F. E. Arkun;E. A. Berkman;N. A. Elmasry

Frequent Co-Authors

Edwin L. Piner
Edwin L. Piner Texas State University
Jay Hauser
Jay Hauser University of California, Los Angeles
J. M. Zavada
J. M. Zavada New York University
John F. Muth
John F. Muth North Carolina State University
Zuzanna Liliental-Weber
Zuzanna Liliental-Weber Lawrence Berkeley National Laboratory
Hongxing Jiang
Hongxing Jiang Texas Tech University
Kin Man Yu
Kin Man Yu City University of Hong Kong
Robert Nemanich
Robert Nemanich Arizona State University
Robert F. Davis
Robert F. Davis Carnegie Mellon University
Michael R. Melloch
Michael R. Melloch Purdue University West Lafayette

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