Skip to content
LabOPTO i3N-Aveiro
# Solid state lighting # Solar Cells # Radiation detectors # Bioimaging #
  • About LabOpto
    • Solid state emitters
    • Biomaging agents
    • Solar energy converters
    • NIR Photodetectors
    • Radiation detectors
  • The Team
  • LabOpto news
  • Scientific Outputs
    • Conference presentations
    • Publications
    • Thesis
  • Services
    • submeter pedido
  • Contacts
    • private
  • Search
LabOPTO i3N-Aveiro
# Solid state lighting # Solar Cells # Radiation detectors # Bioimaging #
  • About LabOpto
    • Solid state emitters
    • Biomaging agents
    • Solar energy converters
    • NIR Photodetectors
    • Radiation detectors
  • The Team
  • LabOpto news
  • Scientific Outputs
    • Conference presentations
    • Publications
    • Thesis
  • Services
    • submeter pedido
  • Contacts
    • private
Conference presentations

Structural and optical properties of Mg-doped wurtzite-rich GaAs nanowires

Published 17/04/2015

B. Falcão

I3N Annual Meeting, 10-11 April, Aveiro, 2015

You may also like

Luminescence sensing based on GaN NWs implanted with lanthanide ions
Published 01/02/2015

Luminescence sensing based on GaN NWs implanted with lanthanide ions

NanoPT 2014, Fev 12-14, 2014, Porto, Portugal J. Rodrigues, et al.

Optical and structural characterization of heat treated  InGaN/GaN SQW and MQWs for quantum well intermixing (QWI)
Published 05/06/2014

Optical and structural characterization of heat treated InGaN/GaN SQW and MQWs for quantum well intermixing (QWI)

T. C. Esteves, M. Sousa, J. Rodrigues, C. Nico, M. B. Lourenço, A. Redondo-Cubero, N. Franco, M. J. Soares, A. J. Neves, […]

Investigation of the effects of heat treatments on InGaN/GaN single and multiple quantum wells (SQW, MQWs) for quantum well intermixing (QWI)
Published 01/02/2015

Investigation of the effects of heat treatments on InGaN/GaN single and multiple quantum wells (SQW, MQWs) for quantum well intermixing (QWI)

NanoPT 2014, Fev 12-14, 2014, Porto, Portugal T. C. Esteves, et al.

Desenvolvimento de um sistema micro-PET com capacidade de correção do erro de paralaxe
Published 01/02/2015

Desenvolvimento de um sistema micro-PET com capacidade de correção do erro de paralaxe

FÍSICA 2014 – 19ª Conferência Nacional de Física, 2 – 4 Set., 2014, Lisboa P.M.M. Correia, et al.

RSS European Commission | News

  • Results of 25-08-2025 auction (EU-Bonds)
  • Celebrating resistance and resilience on Ukraine’s Independence Day
  • Announcement of next auction (EU-Bonds) on 25-08-2025
  • President von der Leyen meets President Zelenskyy
  • Know your EU passenger rights before you travel

Recent Comments

    Post navigation

    • Previous post ZnO micro/nanocrystals grown by Laser Assisted Flow Deposition
    • Back to post list
    • Next post Fundamental studies on the physical properties of Niobium Oxides

    © 2025 LabOPTO i3N-Aveiro – All rights reserved

    Powered by  – Designed with the Customizr theme