Add to ORKGThe Sun is the greatest source of energy providing a continuous stream of power; its exploitation has stimulated several approaches and technologies to directly or indirectly achieve renewable energy. New devices, which exploit the thermal radiation created by the Sun, that is transferred in the form of electromagnetic waves into free space, and finally absorbed by the surface of the Earth, are under study. The aim of this contribution is to critically compare advantages and disadvantages of new types of suitable antennas operating at nanometers wavelengths, called nanoantennas, for infrared energy harvesting, focusing on the state of the art and its perspectives
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
The Sun is the greatest source of energy providing a continuous stream of power; its exploitation ha...
In the last decade, the increasing demand for renewable energy has been leading to the development ...
In the last decade, the increasing demand for renewable energy has been leading to the development o...
Recently thermo-electrical nanoantennas, also known as Seebeck nanoantennas, have been proposed as a...
A review, even if not exhaustive, on the current technologies able to harvest energy from Earth&apos...
Single and dual linearly-polarized receiving mode nanoantennas are designed for solar energy harvest...
Single and dual linearly-polarized receiving mode nanoantennas are designed for solar energy harvest...
In this talk a new type of devices based on thermoelectric optical antennas is presented and its app...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
In this paper, a novel design of frequency independent nano-antennas is introduced. The design descr...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
The Sun is the greatest source of energy providing a continuous stream of power; its exploitation ha...
In the last decade, the increasing demand for renewable energy has been leading to the development ...
In the last decade, the increasing demand for renewable energy has been leading to the development o...
Recently thermo-electrical nanoantennas, also known as Seebeck nanoantennas, have been proposed as a...
A review, even if not exhaustive, on the current technologies able to harvest energy from Earth&apos...
Single and dual linearly-polarized receiving mode nanoantennas are designed for solar energy harvest...
Single and dual linearly-polarized receiving mode nanoantennas are designed for solar energy harvest...
In this talk a new type of devices based on thermoelectric optical antennas is presented and its app...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
In this paper, a novel design of frequency independent nano-antennas is introduced. The design descr...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...
Over the past decade, unmanned air vehicles are gaining more and more interest and popularity in par...