Aggregate materials have attracted tremendous attention because of their modified or totally
different properties compared with their molecular counterparts. Among various mesoscopic …

Optical fiber sensors working at the dispersion turning point (DTP) have served as promising
candidates for various sensing applications due to their ultrahigh sensitivity. In this review …

Hydrovoltaic is an emerging technology that aims to harvest energy from water flow and
evaporation, in which the plasmonic hydrogen ions are generated by the interaction …

An environmentally sustainable optode has been developed for the detection of copper ions
in water-based solutions. The optode was created by immobilizing 2-[6-nitro-2 …

Femtosecond laser has emerged as a valuable tool for the fabrication of optical fiber sensors
with novel microstructures, due to its ultrashort pulse width and extremely high peak …

Shield tunnels' structural stability is challenged due to the fact that they are often built under
rivers, lakes, and oceans. It is crucial to execute the structural deformation perception of the …

This essay explores the use of the sol–gel method based on the Congo-red reagent as an
effective approach to create an optical sensor for the detection and tracking of Thorium …

This paper investigates the integration of optical fibers into an on-chip Fabry–Pérot (FP)
resonator to achieve high-quality (Q) factors, which is favorable in sensing applications …

This study presents a simulation-based modal analysis to optimize the no-core fiber (NCF)
sensor design for high refractive index (HRI) applications. The goal is to improve the …

Tapering Space-division Multiplexing Fibers for Multi-parameter Sensing Page 1 Tapering
Space-division Multiplexing Fibers for Multi-parameter Sensing Liudmila Silanteva, Vincent van …