Infrared (IR) cameras have versatile applications; however, the low performance and high
cost of conventional photodetectors have prevented their widespread utilization in various …

The influence of the optical absorption exhibited by multi-wall carbon nanotubes on their
photothermal, photoconductive and nonlinear optical properties was evaluated. The …

A literature review of the works presenting the far infrared sensors characteristics has been
provided. In principle, the possibility of using CNT samples with different network density as …

Photosensitive detector has been reproducibly fabricated using MWCNTs random network-
based film grown by chemical vapor deposition technique. For the first time, excellent …

This paper presents the performance evaluation for the simulation modeling approach of
single-walled carbon nanotube (SWCNT) dipole antenna at THz and GHz frequency …

Nanostructured carbon allotropes have gained much attention in the scientific community
due to their vast applications in various fields. The carbon nanomaterials can be found in …

A literature review of the works presenting the results of CNT studies as optical range
radiation sensors has been provided. In principle, the possibility of using a CNT sample as a …

The research progress on carbon nanotube (CNT) has greatly brought new opportunities for
Infrared (IR) sensors both for military and civil applications. This led to research and …

Infrared (IR) sensors have been widely used for military and civil industry, while carbon
nanotube (CNT) research progresses have been made in recent years. This led to …

For traditional semiconducting materials, band gap is a unique characteristic which limits the
material's applications and device's performance. The capability of on-chip adjusting …