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Terahertz Radiation

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf

Chameleon-Vision-S-The-Next-Generation-of-One-Box-Ti-Sapphire-Lasers.pdf


on a voltage biased semiconductor antenna. This
causes rapid cycling of the potential across the antenna
causing it to emit radiation with waveforms on the order
of 100 fs, i.e. in the THz regime. Figure 5
schematically illustrates the basics of this THz
generation…

Chameleon Vision S whitepaper.pdf

Chameleon Vision S whitepaper.pdf


on a voltage biased semiconductor antenna. This
causes rapid cycling of the potential across the antenna
causing it to emit radiation with waveforms on the order
of 100 fs, i.e. in the THz regime. Figure 5
schematically illustrates the basics of this THz
generation…

Compact Single Mode Tunable Laser Using a Digital Micromirror Device.pdf

Compact Single Mode Tunable Laser Using a Digital Micromirror Device.pdf

…possible with other existing technologies. The characteristics of this
laser are well suited for generating continuous-wave tunable Terahertz radiation with a single
laser for imaging applications, and three-dimensional imaging with digital holography.
Acknowledgements
We…

Accessing-molecular-structure-with-raman-spectroscopy.pdf

Accessing-molecular-structure-with-raman-spectroscopy.pdf


terahertz spectroscopysystems (whether
time-domain or frequency domain) use
"absorption" methods whereby radiation
is generated and emitted in the 100 GHz
to approximately 3 THz frequency range
and the corresponding absorption spectrum is detected. Terahertz radiation

CaseStudy Univ Regensburg final  Oct2015.pdf

CaseStudy Univ Regensburg final Oct2015.pdf

…electrons in the GaSe and their
dynamics can be monitored with femtosecond
resolution by "stroboscopically" detecting the THz
radiation that is re-emitted as a result of this oscillating
excitation.
These THz signal pulses are recorded using the
Pockels effect. In…

SPIE-DSS-2013-Manuscript-8726-19 Final 2-1.pdf

SPIE-DSS-2013-Manuscript-8726-19 Final 2-1.pdf

…yield insights into the structure of the materials they measure. Alternatively, terahertz (THz) spectroscopy is an "absorption" technique that can be used to measure these structural modes by directly emitting radiation in the 300GHz to 6THz frequency range (10cm-1 to 200cm-1 region), and detecting…

THz-Raman Accessing Molecular Structure with Raman Spectroscopy for Enhanced Chemical Identification Analysis and Monitoring.pdf

THz-Raman Accessing Molecular Structure with Raman Spectroscopy for Enhanced Chemical Identification Analysis and Monitoring.pdf

…yield insights into the structure of the materials they measure. Alternatively, terahertz (THz) spectroscopy is an "absorption" technique that can be used to measure these structural modes by directly emitting radiation in the 300GHz to 6THz frequency range (10cm-1 to 200cm-1 region), and detecting…

THz-Raman Spectroscopy for Explosives%2C Chemical and Biological Detection.pdf

THz-Raman Spectroscopy for Explosives%2C Chemical and Biological Detection.pdf


into the structure of the materials they measure.
Alternatively, terahertz (THz) spectroscopy is an absorption technique that can be used to measure these structural
modes by directly emitting radiation in the 300GHz to 6THz frequency range (10cm-1 to 200cm-1 region), and detecting…

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