TiO2@ Silica nanoparticles in a random laser: Strong relationship of silica shell thickness on scattering medium properties and random laser performance
E Jimenez-Villar, V Mestre, PC de Oliveira… - Applied Physics …, 2014 - pubs.aip.org
A TiO 2@ Silica nanoparticle has been introduced in a random laser. TiO 2 particles with an
average diameter of 0.41 μm were coated with silica shells of different thicknesses. Strong …
average diameter of 0.41 μm were coated with silica shells of different thicknesses. Strong …
TiO2@Silica nanoparticles in a random laser: Strong relationship of silica shell thickness on scattering medium properties and random laser performance
E Jimenez-Villar, V Mestre… - Applied Physics …, 2014 - ui.adsabs.harvard.edu
A TiO 2@ Silica nanoparticle has been introduced in a random laser. TiO 2 particles with an
average diameter of 0.41 μm were coated with silica shells of different thicknesses. Strong …
average diameter of 0.41 μm were coated with silica shells of different thicknesses. Strong …
TiO2@ Silica nanoparticles in a random laser: strong relationship of silica shell thickness on scattering medium properties and random laser performance
V Mestre, GF de Sa, WM Faustino… - Applied physics …, 2014 - repositorio.unicamp.br
A TiO2@ Silica nanoparticle has been introduced in a random laser. TiO2 particles with an
average diameter of 0.41 mu m were coated with silica shells of different thicknesses. Strong …
average diameter of 0.41 mu m were coated with silica shells of different thicknesses. Strong …
[PDF][PDF] TiO 2@ Silica nanoparticles in a random laser: Strong relationship of silica shell thickness on scattering medium properties and random laser performance
E Jimenez-Villar, V Mestre, PC de Oliveira… - APPLIED PHYSICS …, 2014 - researchgate.net
A TiO2@ Silica nanoparticle has been introduced in a random laser. TiO2 particles with an
average diameter of 0.41 lm were coated with silica shells of different thicknesses. Strong …
average diameter of 0.41 lm were coated with silica shells of different thicknesses. Strong …
TiO2@ Silica nanoparticles in a random laser: Strong relationship of silica shell thickness on scattering medium properties and random laser performance
E Jimenez-Villar, V Mestre, PC de Oliveira… - Applied Physics …, 2014 - pubs.aip.org
A TiO2@ Silica nanoparticle has been introduced in a random laser. TiO2 particles with an
average diameter of 0.41 lm were coated with silica shells of different thicknesses. Strong …
average diameter of 0.41 lm were coated with silica shells of different thicknesses. Strong …
TiO 2@ Silica nanoparticles in a random laser: Strong relationship of silica shell thickness on scattering medium properties and random laser performance
E Jimenez-Villar, V Mestre, PC de Oliveira… - APPLIED PHYSICS …, 2014 - researchgate.net
A TiO2@ Silica nanoparticle has been introduced in a random laser. TiO2 particles with an
average diameter of 0.41 lm were coated with silica shells of different thicknesses. Strong …
average diameter of 0.41 lm were coated with silica shells of different thicknesses. Strong …