In this work we analyse the properties of scattering of electromagnetic waves in graphene surfaces and the planar plasmonic based devices made of the same material, both in THz frequency region. The work is presented in form of four scientific papers. In the first one a numerical analysis of the plasmonic waves propagation in graphene elements is performed. The influence of geometrical configuration, chemical potential variation, angle of incidence and polarizations is analysed. That results give us the information to project two devices (the second and third) based on frequency selective surfaces (FSS) on THz range and that are composed only by graphene elements and dielectric substrates without the insertions of different metals. The firs...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...
[ENG]The exceptional electrooptical, thermal, and mechanical properties of graphene has motivated an...
Four new types of nonreciprocal graphene-based devices operating in the Terahertz region are suggest...
Graphene is a two-dimensional material with good electrical properties that make possible new teleco...
The Terahertz Band (0.1-10 THz) is envisioned as a key a wireless technology that will enable Terabi...
The properties of surface plasmon-polaritons (SPPs) in graphene are discussed and several possible w...
The Terahertz Band (0.1-10 THz) is envisioned as a key a wireless technology that will enable Terabi...
Abstract Graphene has attracted considerable attention ever since the discovery of i...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...
[ENG]The exceptional electrooptical, thermal, and mechanical properties of graphene has motivated an...
Four new types of nonreciprocal graphene-based devices operating in the Terahertz region are suggest...
Graphene is a two-dimensional material with good electrical properties that make possible new teleco...
The Terahertz Band (0.1-10 THz) is envisioned as a key a wireless technology that will enable Terabi...
The properties of surface plasmon-polaritons (SPPs) in graphene are discussed and several possible w...
The Terahertz Band (0.1-10 THz) is envisioned as a key a wireless technology that will enable Terabi...
Abstract Graphene has attracted considerable attention ever since the discovery of i...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
In this contribution, we eectively combine important developments of nowadays technology: graphene ...
International audienceAn extensive analysis of tunable graphene-based open planar structures suitabl...