… This is because the background material in itself absorbs light in THz frequencies and the
loss through this absorption represents a major portion of loss from the fibre. EML of a PC-PCF …

… between 0.1 THz and 10 THz frequency range [1]. … 1.2 THz and 1.5 THz frequency points.
This phenomenon may be associated to the difference in mode field localisation at various fibre …

… crystal fibre (LC-PCF) based on the Zeonex substrate has been proposed for sensing the
varying concentration of kerosene in petrol and diesel fuels in terahertz frequencies… the fibre on …

… field confinement distribution as a function of the frequency respectively for x and y-polarization
at operating 1.5 THz frequency for the proposed fibre. It can be said that the transmission …

… photonic crystal fibre (LI-PCF) is proposed for guiding terahertz … , the optical properties
of the photonic crystal fibre (PCF) are … At an operating frequency of 1 THz, the proposed LI-PCF …

… We can see the variation of the group velocity dispersion in the THz frequency range in
Fig 6. The graph indicates that our profile is in the normal region of operation since GVD …

… -core photonic crystal fibre. It is aimed at identification of different chemicals using terahertz-range
… signal as belonging to the terahertz range when its frequency changes from 0.1 to 10 …

… As stated earlier, Zeonex is selected as the building material for our model as its RI of 1.53
is persistent at a broad range of terahertz frequencies [52, 53]. As a result, the effects due to …

… index of 1.53 in the terahertz frequency range, high biocompatibility, … crystal fiber (PC-PCF)
of 85.7% at 1.6 THz, with a very low dispersion and confinement loss of 0.47 ± 0.265 ps / THz …

… The fiber showed an EML of 0.05 cm −1 and a dispersion variation of 0.38 ps/THz/cm,
spanning over 1–1.6 THz frequency range. Moreover, the loss of terahertz radiation that occurs …