Rok 2019

• Structure and optical parameters of Eu doped tellurium oxide thin films prepared by reactive magnetron sputtering method

  Publikacja

  • M. S. Łapiński (dawniej: M. Łapiński)
  • M. Walas
  • A. Gapska
  • D. Kulik
  • A. Szmytke
  • P. Twardowski
  • W. Sadowski
  • B. Kościelska

  - THIN SOLID FILMS - Rok 2019

  In this work the structural properties and photoluminescence of tellurium dioxide thin films doped by europium were described. Thin films were deposited by magnetron sputtering method and simultaneously heated at 200 °C. Presence of Eu ions and their valence states was confirmed by X-ray photoemission spectroscopy measurements. The structure of the films as well as the influence of europium dopant on crystalline structure of the...

  Pełny tekst do pobrania w portalu

Rok 2018

• Au–Si plasmonic platforms: synthesis, structure and FDTD simulations

  Publikacja

  • A. Gapska
  • M. S. Łapiński
  • P. Syty
  • W. Sadowski
  • J. E. Sienkiewicz
  • B. Kościelska

  - Beilstein Journal of Nanotechnology - Rok 2018

  Plasmonic platforms based on Au nanostructures have been successfully synthesized by directional solidification of a eutectic from Au and the substrate. In order to determine homogeneous shape and space distribution, the influence of annealing conditions and the initial thickness of the Au film on the nanostructures was analyzed. For the surface morphology studies, SEM and AFM measurements were performed. The structure of platforms...

  Pełny tekst do pobrania w portalu

• New plasmonic platform for enhanced luminescence of Valrubicin

  Publikacja

  • M. S. Łapiński
  • A. Synak
  • A. Gapska
  • P. Bojarski
  • W. Sadowski
  • B. Kościelska

  - OPTICAL MATERIALS - Rok 2018

  Luminescence enhanced by new structure of plasmonic platform with aluminum oxide (Al2O3) buffer layer deposited on gold nanostructures is investigated. Regularly distributed gold nanostructures of average dimension of 50 nm formed the active part of plasmonic platforms. They were manufactured on Corning 1737 glass substrate by melting of gold thin film. The nanostructures were coated by dielectric Al2O3 thin film with thickness...

  Pełny tekst do pobrania w serwisie zewnętrznym