The exceptionally large active surface-to-volume ratio of carbon nanotubes makes it an
appealing candidate for gas sensing applications. Here, we studied the DC and low …

We investigated the noise and photoresponse characteristics of various optical
transparencies of nanotube networks to identify an optimal randomly oriented network of …

The low-frequency noise is of special interest for carbon nanotubes devices, which are
building blocks for a variety of sensors, including radio frequency and terahertz detectors …

One of the challenges of using carbon nanotubes electronics is achieving precise control of
the conductivity type. It is particularly difficult to obtain the n-type conductive nanotubes. One …

Is this article simulation of statistical measurements is performed on the basis of which the
analysis of the standard deviation of the obtained results is carried out. It is shown that the …

Low-frequency noise or fluctuations are ubiquitous, and the practical realization of electronic
devices requires a low noise level. However, these fluctuations also provide valuable …

There are numerous energy sources that are abundant in our environment but are under-
utilized. One example is magnetic noise (energy) generated by electrical power systems and …

We report studies of noise properties of carbon nanotube (CNT) networks-based devices
used for the terahertz detectors. Low-frequency noise characteristics of CNTs as a function …

Research Objectives• Low-frequency noise study of randomly oriented networks of carbon
nanotubes-based devices under UV illumination and at elevated temperature.• Study aged …

Poster Template ITSS2020 - CELTA Page 1 Terahertz Technologies and Applications Summer
School (TTASS) A. Rehman1, A. Krajewska1, S. Smirnov2, B. Stonio1, 3, DB But1, 3, K …