Closing the resource loop by transforming plastic waste into higher value products is an
important step for changing from a linear to circular economy. Using a sequential pyrolysis …

Electrochemical activation of carbonaceous electrodes is a common step in the preparation
of high-performance electrochemical (bio-) sensors. The underlying mechanism has long …

Electrochemical recharging behavior of a binder-free flexible carbon nanotube cloth (CNTC)
material in respect to aqueous supercapacitor applications is reported. To provide high …

The design of advanced materials with catalytic activity for detection of a target molecule is
key to construct a sensitive electrochemical sensor. Transition metal phosphides (TMPs) …

MOFs have various chemical components and structures, a high-specific surface area,
potential redox sites and other significant advantages, which give them broad application …

Electrochemical cyclic recharging of a binder-free flexible carbon material in respect to
supercapacitor applications is reported. To provide high enough and stable …

Quantitative analysis was performed on voltammetric data obtained from surface-modified
electrodes that were prepared with functionalised carbon nanotubes (fCNTs) consisting of …

A facile purification method for oxidized carbon nanotubes (CNTs) is developed to preserve
acidic carbon compounds (ACCs) for achieving high-quality dispersion of CNTs. The …

Partial fluorination of graphene is known to enhance its heterogeneous electron transfer
(HET) rates with a significant impact on its application as electrochemical sensors. However …

Abstracts Ever-increasing energy demand has led to the development of novel
electrochemical energy storage materials to tap renewable energies. Understanding the …