Nanoporous ultrathin films, constituted by a slab less than 100 nm thick and a certain void
volume fraction provided by nanopores, are emerging as a new class of systems with a wide …

Tungsten is an important material for high‐temperature applications due to its high chemical
and thermal stability. Its carbide, that is, tungsten carbide, is used in tool manufacturing …

Bulk nanoporous tungsten as an extremely strong and low density nanocrystalline material
was for the first time created to satisfy the need for advanced high performance materials …

Nanocolumnar platinum thin films (Pt-TFs) with different Pt mass loadings were grown by
high pressure sputtering (HIPS) and investigated as oxygen reduction reaction (ORR) …

In this study, the authors fabricated high performance core–shell nanostructured flexible
photodetectors on a polyimide substrate of Kapton. For this purpose, p-type copper indium …

Platinum thin films with different densities were grown on glassy carbon electrodes by high
pressure sputtering deposition and evaluated as oxygen reduction reaction catalysts for …

Nanocolumnar platinum thin films (Pt-TFs) were produced by high pressure sputtering
(HIPS) and investigated as oxygen reduction reaction electrocatalysts for polymer electrolyte …

Abstract Self-supported nanocolumnar Pt: Ni thin films (TFs) with varying Pt: Ni atomic ratios
and Pt mass loadings were produced on a microporous layer (MPL)-like surface composed …

Highly conformal HfB x C y coatings were synthesized using low-temperature chemical
vapor deposition (CVD) using a mixture of the precursors hafnium borohydride and …

Electronics are ubiquitous, playing significant roles in modern work, entertainment,
medicine, and myriad other aspects of our lives. As the new applications have grown, so too …