The rapid evolution of wearable technologies is giving rise to a strong push for textile
chemical sensors design targeting the real-time collection of vital parameters for improved …

The rapid increase of atmospheric carbon dioxide (CO2) due to human activities is a global
concern. CO2 contributes to global warming and ocean acidification, which reduces the pH …

Instability is a key challenge for current pH sensors in practical applications, especially in
aquatic environments with high biomass and redox substances. Herein, we present a novel …

Direct CO 2 mineralization using fly ash is a promising technology to achieve CO 2
sequestration. Seawater's abundance and calcium-rich composition make it an attractive …

The development of all-solid-state precise pH electrodes holds significant importance in
various fields, particularly in marine scientific research. To achieve this goal, we proposed a …

In this work, the morphology, chemical constitution, and pH sensing performance of IrO x
electrode prepared by cyclic voltammetry (hydrous) and thermal oxidation (anhydrous) are …

Iridium oxide (IrO x) formed by the carbonate melt oxidation method has been reported to
exhibit excellent pH response characteristics. Although slope of the response and long-term …

Direct and accurate monitoring of pH in turbid waters is a challenging task for environmental
monitoring and analysis. In this study, iridium oxide (IrO 2) with selective sensing ability …

High concentrations of redox substances in the solution may cause severe electrode
potential drift, resulting in the inaccuracy of in situ measurements. Sulfide anion, a highly …

Wearable electronic textiles are an emerging research field playing a pivotal role among
several different technological areas such as sensing, communication, clothing, health …