Lithium metal has re-emerged as an exciting anode for high energy lithium-ion batteries due
to its high specific capacity of 3860 mAh g–1 and lowest electrochemical potential of all …

Abstract The Scharifker-Hills (SH) model for the potentiostatic transients is one of the most
widely utilized model in electrodeposition. With the concept of diffusion zones and the …

Quasi one-dimensional iron chains are formed in thermally evaporated iron phthalocyanine
(FeC 32 N 8 H 16) thin films on silicon substrates. The chain length is modified by the …

Minimizing Pt loading is essential for designing cost-effective water electrolyzers and fuel
cell systems. Recently, three-dimensional macroporous open-pore electroactive supports …

The sodium anode-free combines low-cost and high energy density, demonstrating a
promising alternative to the Li battery counterpart. Nevertheless, the uptake of a sodium …

The Level-set method simulation is used to address the effect of finite size on kinetics of thin
film phase transformations. The results are first interpreted using the classic Johnson-Mehl …

The goal of this minireview is restricted to describe how the theoretical basis of Kolmogorov
(1937)–Johnson-Mehl (1939)–Avrami (1939–41) model has evolved from its birth up to the …

As the size of magnetic devices continuously decreases, the creation of three-dimensional
nanomagnets and the understanding of their magnetic configurations become increasingly …

Silver nanostructures, utilized as SERS substrates, consistently exhibit exceptional
performance in detecting organic compounds through Raman spectroscopy, primarily due to …

Drumlins are subglacial bedforms streamlined in the direction of ice flow. Common in
deglaciated landscapes, they have been widely studied providing rich information on their …