Molecular crowding electrolytes extend the stability window of aqueous batteries with water-
miscible/soluble polymers at a low concentration of lithium salts [2 m lithium bis …

The metastable and stable pitting events of Al were studied in 0.075 M deaerated acidic
NaClO3 and NaClO4 solutions (pH 3) using potentiodynamic anodic polarization and …

The application of Mg–air batteries is limited due to passivation and self-corrosion of anode
alloys in electrolyte. In effort of solving this problem, the present work studied the influence of …

Pitting of Al and Al–6% Zn and Al–12% Zn alloys in KSCN solutions was studied by means
of potentiodynamic anodic polarization, cyclic voltammetry, potentiostatic and impedance …

The electrochemical corrosion of anodized aluminum substrates in the presence of various
electrolyte solutions at 0.01 molL− 1 concentration has been investigated. The comparative …

Electrochemical noise coupled to in situ optical micrographs was used to study corrosion
processes in AISI 1020 steel immersed in seawater. The noise data was analysed using …

As a first step towards studying pitting corrosion of Zn in deaerated neutral sodium nitrite
solutions (pH 6.9), we have reported the results of potentiodynamic polarization and cyclic …

The anodic behaviour of Al in gluconic acid (HG) solutions was studied. Al was found to pit
in such solutions. Surface and cross-sectional views of the SEM images recorded beyond …

The influence of various concentrations of NaClO4, as a pitting corrosion agent, on the
corrosion behaviour of pure Al, and two Al–Cu alloys, namely (Al+ 2.5 wt% Cu) and (Al+ …

The corrosion inhibition effect and mechanism of D-sodium gluconate for reinforcing steel in
the simulated concrete pore solution containing Cl-were studied by electrochemical …