In these days, the significance of fiber optic sensors has exceptionally increased due to
technological advances in modern society. Nowadays, researchers are attracted toward the …

We have proposed a novel optical sensor scheme based on chaotic correlation fiber loop
ring down (CCFLRD). In contrast to the well-known FLRD spectroscopy, where pulsed laser …

While there is an established literature on the effect of geometric parameters and material
properties on the sensitivity of tapered fiber refractive index sensors, the impact of these …

A sensitive fiber loop ringdown (FLRD) spectrometer without any additional optical
component was utilized to obtain strain measurement on a single mode fiber optic sensor …

We experimentally demonstrated a high sensitivity chaotic correlation fiber loop ring down
sensing based on U-shaped fiber optical sensor. The U-shaped fiber optical sensors with …

In this study, we proposed a fiber loop ring-down (FLRD) based method for simultaneous
temperature and curvature measurements. A tapered single-mode fiber (TSMF) and a TSMF …

In this study, an easy to construct and sensitive intracavity fiber loop ring down spectrometer
was built by commercially available basic components and its application on chemical …

A novel optical sensing of the multi-channel chaotic cross-correlation fiber loop ring down
(FLRD) sensing is proposed and demonstrated experimentally. The proposed sensing …

A novel refractive index sensing using the tapered single mode fiber (TSMF) is proposed
based on the chaotic correlation fiber loop ring down system (FLRDs). A chaotic fiber laser is …

This paper presented a high-sensitivity humidity sensor comprised of a side-polished fiber
with polymer nanostructure cladding, which was constructed by dehydrating dichromate …