Fiber-optic photoacoustic (PA) sensing has important applications in trace gas detection.
The fiber-optic Fabry-Perot acoustic sensor implemented applying a cantilever is a novel …

The rapid growth of industry and the global drive for modernization have led to an increase
in gas emissions, which present significant environmental and health risks. As a result, there …

A high-sensitivity fiber-optic photoacoustic sensor with pressure compensation is proposed
to analyze the decomposition component SO2 in high-pressure gas insulation equipment …

A miniaturized optical fiber photoacoustic gas sensor enhanced by dense multibutterfly
spots is reported for the first time. The principle of space light transmission of neglecting …

To achieve high sensitivity detection of dual-component greenhouse gases carbon dioxide
and methane simultaneously, a multimechanism synergistic enhanced all-optical …

A neotype fiber optic photoacoustic gas sensor with overlap** phantom spots based multi-
pass is proposed, which greatly improves the reflection times and the length of gas …

A photoacoustic spectroscopy (PAS) based on vertical cruciform multi-stepped
photoacoustic cell (CMS-PAC) was developed to achieve highly sensitive detection of trace …

The properties of surface plasmons are notoriously dependent on the supporting materials
system. However, new capabilities cannot be obtained until the technique of surface …

To overcome the light power fluctuation and frequency mismatch in photoacoustic
spectroscopy (PAS), we proposed a self-corrected 1 f-only resonant cell-based PAS (1 f …

A target-type fiber optic velocity sensor is presented based on panda fiber attached to
aluminum-cantilever, and experimentally demonstrated high sensitivity and precision …