Highly Reflective Periodic Nanostructure Based on Thermal Evaporated Tungsten Oxide and Calcium Fluoride for Advanced Photonic Applications

Marco Pugliese,Carmela Tania Prontera,Laura Polimeno,Giovanni Lerario,Roberto Giannuzzi,Marco Esposito,Sonia Carallo,Daniele Costa,Luisa De Marco,Milena De Giorgi,Giuseppe Gigli,D. Sanvitto,Vincenzo Maiorano

Highly Reflective Periodic Nanostructure Based on Thermal Evaporated Tungsten Oxide and Calcium Fluoride for Advanced Photonic Applications

2020

Marco Pugliese
Carmela Tania Prontera
Laura Polimeno
Giovanni Lerario
Roberto Giannuzzi
Marco Esposito
Sonia Carallo
Daniele Costa
Luisa De Marco
Milena De Giorgi
Giuseppe Gigli
D. Sanvitto
Vincenzo Maiorano

In this paper, we report the fabrication and characterization of high-quality distributed Bragg reflectors (DBRs) deposited by low-energetic thermal evaporation. This technique allows deposition of...

Keywords:

Periodic graph (geometry)
Thermal
Nanostructure
Photonics
Materials science
Optoelectronics
tungsten oxide
Fluorine

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