Microstructured optical fiber based chloride ion sensing method for

A new sensor based on a suspended core optical fiber was developed to detect the chloride in concrete, in which lucigenin is selected as a fluorescence sensitive material for chloride. A

Sensors | Free Full-Text | Fluorescent Probe-Based Fiber Optic Sensor

Sensors 2024, 24 (12), 3700; https://doi.org/10.3390/s24123700

Optical fiber sensing for monitoring chloride ion concentration and pH

This paper presents the development and assessment of two individual optical fiber sensing systems either for monitoring chloride concentration or pH range in structural health

Fluorescent Probe-Based Fiber Optic Sensor for Real

To address these challenges, this work introduces a fluorescent-probe-based fiber optic sensor for monitoring chloride levels in concrete

Optical fiber fluorescence probe for chloride ion detection based on

We conducted an experimental study on an off-on fluorescence optical fiber probe utilizing graphitic carbon nitride quan-tum dots (g-CNQDs) -doped hydrogel for chloride ion detection. It resulted in

Optical fiber fluorescence probe for chloride ion detection based on

A new sensor based on a suspended core optical fiber was developed to detect the chloride in concrete, in which lucigenin is selected as a fluorescence sensitive material for chloride.

Development and evaluation of fluorescent optical fiber sensors for

Fluorescent optical fiber sensors offer potential for chloride ion monitoring in concrete because of their ease of use and compact dimensions, but they continue to grapple with challenges

Chloride sensing using optical probe

A new approach to anion sensing is presented using Cl − as a model species. The sensing electrode is an optical fiber with Bragg Grating (FBG) whose surface is coated with gold ultra

Development of alginate gel nanosphere-based fluorescent fiber optic

To address these issues, this study developed a fluorescent fiber optic sensor for non-destructive detection of chloride ion concentration in cement-based materials.

Development of an optode-type chloride ion sensor utilizing optical

This study delves into the development and assessment of a new chloride ion sensor employing optical fiber technology. It investigates the response characteristics of Ag-coated optode

Fluorescence Quenching–Based Optical Fiber Sensor for Monitoring

The developed optical fiber sensor can lower the effect of preferential flows induced by the buried sensors and is promising for the applications in model tests and in situ conditions.

Chloride Ion Sensing Using Fiber Brag Grating

Objective of our work is to demonstrate a new approach to chemical sensing. It is based on an optical probe using optical fiber with Brag Grating (FBG) coated with specific metal whose surface is

High-sensitivity optical fiber probe for simultaneous

A fiber optic probe for the simultaneous measurement of chloride ions and temperature is presented. The Ag/alginate composite film is used as the reflective surface of the Fabry-Perot

A portable fiber-optic sensor based on the UiO66–lucigenin complex

This portable optical fiber sensor is capable of detecting chloride ions in both water and soil environments simultaneously with high sensitivity, excellent stability, rapid response time and

Fibre optic chloride sensor based on fluorescence

This sensor is based on the fluorescence quenching of an acridinium dye, which is covalently bound to polymer substrates, in presence of chloride ions.

Fluorescent probe-based fiber optic sensor for real-time monitoring of

To address these challenges, this work introduces a fluorescent-probe-based fiber optic sensor for monitoring chloride levels in concrete structures. Quinine sulfate was chosen as the fluorescent

Fluorescent Probe-Based Fiber Optic Sensor for Real-Time

In this study, we introduce a novel fiber optic fluorescent chloride ion sensor, utilizing quinine sulfate as the active sensing element. This study comprehensively evaluated this sensor''s

Development of an optical fiber core sensor integrated with silver film

This study presents the development of an optical fiber core sensor for measuring chloride ion concentration. The use of optical fibers as sensors was explored and tested by removing the

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