Remote N2O gas sensing by enhanced 910-m propagation of THz pulses

Interaction of Intense Laser Pulses with Gas for Two-color Thz Generation and Remote Mag- Netometry

Title of dissertation: INTERACTION OF INTENSE LASER PULSES WITH GAS FOR TWO-COLOR THZ GENERATION AND REMOTE MAGNETOMETRY Luke A. Johnson, Doctor of Philosophy, 2014 Dissertation directed by: Professor Thomas Antonsen Departments of Physics and Electrical & Computer Engineering Professor Phillip Sprangle Departments of Physics and Electrical & Computer Engineering The interaction of intense lase...

Imaging with THZ Pulses

Recently, a real-time imaging system based on terahertz (THz) time-domain spectroscopy has been demonstrated. This technique offers a range of unique imaging modalities due to the broad bandwidth, sub-picosecond duration, and phase-sensitive detection of the THz pulses. This paper provides a brief introduction of the state-of-the art in THz imaging. It also focuses on expanding the potential of...

Generation of Tunable THz Pulses

Many phenomena in materials science, physics, chemistry, biology and medicine involve fundamental processes with a spectral signature in the THz range [20]. However, for many years, these processes have been little studied due to the lack of high quality THz sources. Fortunately, the recent developments in THz technology have filled this so-called THz gap [28]. With the emergence of reliable TH...

COMMISSION F: Wave Propagation and Remote Sensing

Commission F : Wave propagation and Remote Sensing

F1.1 Terrestrial Fixed Radio Systems Active studies of rain attenuation characteristics are continuing for developing broadb quasi-millimeter wave band. It is based on a trend that the use of microwave band gradually from the fixed use to the mobile use. Results of those stu and systems above has been changing dies will be reflected in developing a multipoint-to-multipoint system, a mesh type w...