The plasmonic properties of semiconductors, transparent conductive oxides, transition metal nitrides, noble metals and aluminium are discussed in this article. It is shown that for each frequency in the wide range of 1 meV up to 15 eV the material with appropriate plasmonic properties can be chosen. Special attention is devoted to the semiconductors due to their tunability, extremely low effective masses and exceptionally high carrier mobility that allows to creation of plasmonic structures operating in the terahertz region.Web of Science1687800779
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
In recent years, the emerging areas of nanophotonics and, in particular, plasmonics and metamaterial...
Metal-semiconductor nanostructures represent an important new class of materials employed in designi...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
The terahertz regime has until recently been some what neglected due to the difficulty of generating...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
These authors contributed equally to this work. Plasmonics is a research area merging the fields of ...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
In recent years, the emerging areas of nanophotonics and, in particular, plasmonics and metamaterial...
Metal-semiconductor nanostructures represent an important new class of materials employed in designi...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
The terahertz regime has until recently been some what neglected due to the difficulty of generating...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
These authors contributed equally to this work. Plasmonics is a research area merging the fields of ...
We present in this chapter an introduction to the field of terahertz (THz) plasmonics. The character...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
Plasmonic antennas at THz frequencies are promising candidates to enhance the sensitivity of THz det...
In recent years, the emerging areas of nanophotonics and, in particular, plasmonics and metamaterial...