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Thillosen, N. [Author]; Sebald, K. [Author]; Hardtdegen, H. [Author]; Meijers, R. [Author]; Calarco, R. [Author]; Montanari, S. [Author]; Kaluza, N. [Author]; Gutowski, J. [Author]; Lüth, H. [Author]

The State of Strain in Single GaN Nanocolumns As Derived from Micro-Photoluminescence Measurements

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  • Media type: E-Article
  • Title: The State of Strain in Single GaN Nanocolumns As Derived from Micro-Photoluminescence Measurements
  • Contributor: Thillosen, N. [Author]; Sebald, K. [Author]; Hardtdegen, H. [Author]; Meijers, R. [Author]; Calarco, R. [Author]; Montanari, S. [Author]; Kaluza, N. [Author]; Gutowski, J. [Author]; Lüth, H. [Author]
  • imprint: ACS Publ., 2006
  • Published in: Nano letters 6, 704 - 708 (2006). doi:10.1021/nl052456q
  • Language: English
  • DOI: https://doi.org/10.1021/nl052456q
  • ISSN: 1530-6984
  • Keywords: Luminescent Measurements ; Nanotubes: radiation effects ; Nanotubes: ultrastructure ; Nanotubes: chemistry ; Particle Size ; Tensile Strength ; Materials Testing ; gallium nitride ; Elasticity ; Gallium: chemistry ; Mechanical ; Gallium ; Gallium: analysis ; Stress
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  • Description: In the present paper, studies on the state of strain in single and ensembles of nanocolumns investigated by photoluminescence spectroscopy will be presented. The GaN nanocolumns were either grown in a bottom-up approach or prepared in a top-down approach by etching compact GaN layers grown on Si(111) and sapphire (0001) substrates. Experimental evidence for strain relaxation of the nanocolumns was found. The difference and development of the strain value for different nanocolumns could be verified by spatially resolved micro-photoluminescence on single nanocolumns separated from their substrate. A common D0X spectral position at 3.473 eV was found for all separated single GaN nanocolumns independent of the substrate or processing technique used, as expected for a relaxed system.
  • Access State: Open Access