Sep 18, 2019 ˇ This paper provides a review and current status of using metal oxide materials for THz spectroscopy, and recent advances in terahertz spectroscopy techniques.
To overcome the issue the new material systems such as metal oxide materials are considered as promising for room-temperature THz sources. The interest in ...
Nov 2, 2020 ˇ To overcome the issue the new material systems such as metal oxide materials are considered as promising for room-temperature THz sources. The ...
This spectral region, called also as “T-gap”, is important for many practical applications, including THz imaging, chemical and biological sensing, high-speed ...
May 19, 2020 ˇ The paper explores the pathway of enhancing the sensing characteristics of metal oxides by optimizing various parameters such as synthesis methods, morphology, ...
Missing: Spectroscopy | Show results with:Spectroscopy
Sep 11, 2020 ˇ In many metal oxide semiconductors, the key process limiting photoconductivity is the formation of small polarons.31 THz spectroscopy has ...
Missing: Biological | Show results with:Biological
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We discuss recent advancements in the generation and detection of THz radiation facilitated by high power laser and electron accelerator in fs-THz beamline.
Metal–oxide–semiconductor field-effect transistors (MOSFETs) have proven to be effective devices for rectifying electromagnetic radiation at extremely high ...
Jan 10, 2024 ˇ Terahertz spectroscopic techniques have proven especially useful for characterizing emerging solar materials such as metal halide perovskites,34 ...
The overall findings suggest that metal oxide nano- materials with various shapes are very promising structu- res for the application in VOC detection systems ( ...