Organic crystals are poised to be a potential alternative to conventional silicon and its
derivatives due to their utilization as microscale photonic components like active and …

A simple to fabricate, cost-effective, robust, and highly accurate fiber optic temperature
sensor is proposed and experimentally demonstrated. The sensor head consists of an in …

We propose and experimentally demonstrate a highly sensitive temperature sensor based
on cascaded high birefringence fiber loop mirrors (HiBi-FLMs) with the Vernier effect. The …

A dual cross-axis interference polarization-maintaining fiber interferometer (DCAI-PMFI) for
simultaneous measurement of strain and temperature is proposed. By using the cross …

This study proposes an inline temperature-insensitive Fabry–Perot interferometer (TI-FPI) for
coal mine microseism sensing based on a cantilever structure. The sensor is fabricated by …

We present an all-fiber sensor for strain and temperature discrimination by inserting three
sections of high birefringence fibers into a Sagnac loop. The principle for strain and …

An analytical model for estimating the stress-induced birefringence in true Panda-type
polarization-maintaining fibers with imperfect geometry has been developed in this letter …

Vibration detection plays a vital role in the safety monitoring of engineering areas such as
structural deformation of large buildings and railway tracks, and oil and gas spills. Herein, a …

A highly sensitive strain and temperature sensor which is formed by concatenating a fiber
Bragg grating (FBG) with a section of PANDA polarization-maintaining fiber (PMF) in a fiber …

A fiber optic temperature sensor consisting of two cascaded high birefringence fiber loop
mirrors (Hi-Bi FLMs) was proposed and experimentally demonstrated to enhance the …