The mechanism of the corrosion-inhibition action of three selected triterpenoid compounds
including α-amyrin, β-amyrin and Lupeol on Al (110) surface was studied using …

Corrosion inhibition activity of Coriandrum sativum L. compounds namely: terpinen-4-ol,
anethole and limonene on aluminium (110) surface was investigated by quantum chemical …

The present work describes using computational methods the corrosion inhibition of
aluminium using three selected chemical constituents (5-methyldihydroflavasperone, 5 …

Corrosion inhibition potentials of three myricetin derivatives, myricetin 3-0-alpha
rhamnopyranoside (MAP), myricetin 3-0-beta-D-glucopyranoside (MBT) and 4'-methoxy …

In this work, the interaction of three natural compounds: carvacrol (Inh-1), camphor (Inh-2),
and linalool (Inh-3) on the Al (111) surface have been studied using DFT/B3LYP/6-31G (d …

Atomistic simulations are becoming increasingly important in the field of corrosion inhibition.
New research and development efforts using computational chemistry in studying the …

In this present investigation, the anti-corrosion abilities of phytochemicals such as eugenol,
methyl eugenol, and cinnamyl acetate were studied. All the quantum chemical calculations …

The present study describes the inhibition of aluminium corrosion using amino acids
including aspartic and glutamic acids through computational studies. Quantum chemical …

Corrosion inhibition mechanism of three hydroxycarboxylic acids including tartaric, citric and
malic acids on aluminium (1 1 0) surface was investigated by quantum chemical calculation …

The adsorptive and inhibitive action of Vitellaria paradoxa (VP) towards general and pitting
corrosion of aluminium (Al) was investigated both theoretically in gas phase and using …