One of the challenges that limits the applicability of nanoparticle-based superhydrophobic
surfaces in commercial manufacturing is their poor adhesion. Herein, we demonstrate a …

Superhydrophobic metallic surfaces with mechanical stability as well as self-cleaning and
anticorrosion functions are highly desirable because of their promising applications in …

High entropy alloys (HEAs) have received attraction due to their advantage of strength,
hardness, fatigue, anticorrosion, and thermal stability. This article examines the impacts of …

Abstract High strength Ni matrix TiO 2 composites are prepared by co-electrodeposition with
an electrolyte composed of Ni Watts bath, surfactants, CO 2 in the supercritical fluid state …

Experimental results show that after demolding process from the polymethylmethacrylate
mold, the poly (dimethlysiloxane)(PDMS) nanocone replica yields 150%–160% larger in …

Predicting the electrodeposition characteristics has always been a difficulty in
electrodeposition under dynamic conditions. The presented work developed a Fuzzy model …

Nickel–cobalt alloys were prepared by alloy electrodeposition with a sulfamate bath, and the
mechanical properties on the micro-scale were evaluated for the application as micro …

As nanoimprint lithography provides promising potential in industrial manufacture, it is highly
desirable to fabricate a flexible mold with good surface hardness and corrosion resistance …

Various stamp materials can significantly affect the filling quality of nanoimprint lithography
(NIL). The effects of different stamp materials on the imprinting process were investigated …

Soft Film Nanoimprint Lithography (SMNIL) is an emerging nanomanufacturing technology
that excels in achieving precise transfer of nanoscale patterns to substrate materials using …