Organic compounds exhibit notable efficiency towards inhibition of corrosion on numerous
metals and alloys. Because of its vast uses in counteracting material deterioration, the use of …

By changing the electron density at donor sites (also called adsorption or coordination sites),
the substituents significantly impact the coordination proficiency of organic inhibitors. The …

One of the factors that limit the use of synthetic organic compounds as corrosion inhibitors is
the series of trials associated with traditional syntheses that have to be carried out in the …

Over the decades, corrosion has resulted in loss of lives accorded with damage costs in
almost all engineering fields. Thus, it is seen as an environmental threat with catastrophic …

The design and development of efficient corrosion inhibitors require inputs from a wide
variety of synthetic protocols, which is usually a time consuming and tedious process. The …

Corrosion control of metals is of technical, economical, environmental, and aesthetical
importance. The use of inhibitors is one of the best options of protecting metals and alloys …

Pyrazolone is a well-known influential synthon for the synthesis of many molecules which
hold remarkable potential in the advancement of functional materials, coordination …

Background To prevent metals from corroding faster, corrosion inhibitors form in the
environmental medium and emerge at the right concentrations. The current inhibitors on the …

Predicting of corrosion inhibition potential of organic compounds from the outcomes of
experimental and computational studies is gaining meticulous interest. A proper …

Adsorption isotherm models are an important tool for describing interaction of corrosion
inhibitors with metal surfaces which they are aimed to protect. In this paper, key adsorption …