Metallophthalocyanines confined on the surface of electrodes are active catalysts for a large
variety of electrochemical reactions and electrode surfaces modified by these complexes …

Recent trends and advances in the electrochemistry with both unmodified and modified
carbon paste electrodes are reviewed (247 refs.). Present day knowledge of their basic …

Using ZnO nanonails, a hydrazine electrochemical sensor has been fabricated, for the first
time, which showed a high and reproducible sensitivity of 8.56 µA cm–2 µM–1 with a …

A comprehensive overview is presented on the implication of silica-based organic−
inorganic hybrid materials in electrochemical science. It involves composite materials of both …

The implications of organically-modified silica-based materials in electrochemical science is
reviewed along with some selected recent trends in the field of functionalized and sol–gel …

ZnO nanoflowers were synthesized by a simple process (ammonia-evaporation-induced
synthetic method) and were applied to the hydrazine electrochemical sensor. The prepared …

This article aims to review the electroanalytical applications of chemically modified
electrodes involving silica and silica‐containing matrices. After a brief introduction to silica …

An ultrasensitive platform is presented for the determination of hydrazine by combining the
high specific surface area and higher electrical conductivity of poly (sodium …

The most relevant advances on the analytical applications of chemically modified electrodes
(CME) are presented. CME have received great attention due to the possibility of electrode …

In this work, we designed a novel electrochemical sensing platform based on graphene
(Gr)/copper (II) phthalocyanine-tetrasulfonic acid tetrasodium salt (CuPc)/polyaniline (PANI) …