For over a decade hollow-core fibers have been used in optical gas sensors in the role of
gas cells. However, very few examples of actual real-life applications of those sensors have …

In this paper, we experimentally asses the performance of wavelength modulation
spectroscopy-based spectrometers incorporating 1.3 m-long gas absorption cells formed by …

In this paper, the combination of using an anti-resonant hollow-core fiber (ARHCF), working
as a gas absorption cell, and an inexpensive, commercially available watch quartz tuning …

Fluctuations of the optical length induced by fundamental thermal noise are known to set the
ultimate phase resolution of fiber-based interferometers. Although this noise has been …

Using anti-resonant hollow-core fibers instead of light guide arms for laser energy
transmission can greatly improve the flexibility of medical laser devices, reduce system …

When a hollow core fiber is drawn, the core and cladding holes within the internal cane
geometry are pressurized with an inert gas to enable precise control over the internal …

In recent years, the advantages of HCF as a gas analysis platform have been continuously
explored. Gas sensing technology based on HCF spectroscopy has also developed rapidly …

In this paper, we analyze the performance of diffusion-based gas distribution in antiresonant
hollow-core fiber-based gas absorption cells. Performed theoretical analysis was based on …

We carry out a computational study to evaluate the temperature reduction by using gas flow
in hollow-core gas fiber lasers. We first use the Navier-Stokes equations to study the gas …

In this paper, dual-band gas detection using a combination of the light-induced
thermoelastic spectroscopy (LITES) and an antiresonant hollow-core fiber-based (ARHCF) …