The organic electrochemical transistor (OECT) represents a versatile and impactful
electronic building block in the areas of printed electronics, bioelectronics, and …

Continuous, real-time monitoring of the level of pH and free chlorine in drinking water is of
great importance to public health. However, it is challenging when conventional analytical …

pH sensors are widely used in chemical and biological applications. Metal oxides-based pH
sensors have many attractive features including insolubility, stability, mechanical strength …

Using printing techniques, organic electrochemical transistors are integrated in a differential
bridge. This circuit allows biochemical sensing without the use of a reference electrode …

A new reproducible solid-state metal-oxide pH sensor for beverage quality monitoring is
developed and characterised. The working electrode of the developed pH sensor is based …

The corrosion process of concrete usually accompanies pH changes of the pore solution.
Thus, monitoring the pH value of concrete has great significance for the prediction of …

Over the last few decades, a large number of pH sensitive materials with new compositions
and structures have been proposed. Solid state sensors based on organic, inorganic and …

Water contamination is a main inducement of human diseases. It is an important step to
monitor the water quality in the water distribution system. Due to the features of large size …

Iridium Oxide (IrO2) is a metal oxide with a rutile crystalline structure, analogous to the TiO2
rutile polymorph. Unlike other oxides of transition metals, IrO2 shows a metallic type …

We report the first accessible channel‐like open pore architecture of ordered 2D hexagonal
mesoporous IrO2 films and its utilization as an efficient anode for electrocatalytic water …