Anodic Oxide Films and Nanostructures

Günümüzde lityum iyon pil üretimi, büyük ölçüde PVDF-NMP esaslı elektrot kaplama süreçlerine dayanan, belirli çözücü-bağlayıcı kombinasyonlarının etrafında şekillenmiş yerleşik bir endüstriyel altyapı tarafından yönlendirilmektedir. Bu yaklaşım, NMC gibi bazı aktif malzemeler için zorunluluk teşkil ederken, LFP gibi s…

Abstract The drilling of AA6013-T651 aluminum alloy presents challenges due to its specific processing difficulties and performance requirements. Optimizing drilling parameters is crucial for achieving high-quality machined surfaces, meeting engineering specifications, and reducing overall machining costs. Effective p…

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This study investigates the influence of electrolyte temperature on the anodic oxidation products of nickel plates in potassium hydroxide ( ) melts, specifically in sub-molten electrolytes at 250°C, 300°C, and 350°C, and in a molten electrolyte at 400°C. The solubility of water in melts varies with temperature, provid…

This study investigates the key physical and electronic properties of Molecular Beam Epitaxy (MBE) grown silicon and germanium nanowire wafers oxidized via vapors of modified CP-4 etchant used in semiconductor microelectronics. This method leads to nanoscale surface modification with rich physical and chemical propert…

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This study systematically investigates the effect of electrolytes with varying silicate–aluminate ratios on the microstructure, phase composition, coating thickness, and surface roughness of aluminum coatings synthesized via the PEO process on pure Al. The coatings primarily consist of mullite (Al6Si2O13), ɣ-Al2O3 and…

Tailoring the structural order and surface chemistry of carbon nanotubes is critical for advancing their performance in nanotechnology applications. Rare-earth doping offers a promising yet underexplored route for modulating these properties. This study systematically investigates the influence of gadolinium (Gd) inco…

Titanium dioxide (TiO₂) quantum dots represent a class of nanomaterials whose functional properties are strongly influenced by particle size and dispersion state. Despite advances in synthesis routes, their microscopic evaluation remains problematic because intense surface energy driven agglomeration often obscures pr…

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