We report the influence of duty cycle in the range 30–70%, on NiMo alloys prepared on
316L stainless steel/Ni by pulsed electrodeposition and the characterization of their …

It is critical to minimize the cost of materials and inputs used in hydrogen production and to
create solutions for large-scale generation to reduce the cost of hydrogen produced …

Fuel cells have already demonstrated their potential for green energy generation. However,
the low reaction performance becomes an obstacle in terms of large-scale commercial …

Polymer electrolyte membrane fuel cells (PEMFCs) offer a clean and efficient energy
generation technology. However, optimizing their performance in terms of water transport …

Wearable bioelectronics are gaining extraordinary attention due to their capabilities to
achieve continuous monitoring of human health status. However, mainstream manufacturing …

Despite the great scientific effort, there are still some aspects of a polymeric membrane-
based fuel cell (PEMFC) operation that are difficult to access experimentally. This is the case …

This paper reports a novel approach to the use of carbon, in the form of reduced graphene
oxide, as a reducing agent for Au (III) chloride complex ions. This approach allows …

Abstract Graphene (G)-plasmonic nanoparticles (NPs) systems have found immense
nanoscale applications via utilizing the sensitive optical response of graphene to the photo …

An approach-to-equilibrium molecule dynamics simulation was used to study the heat
transfer process and corresponding thermal conductivity of graphene and TiO 2-supported …

This chapter describes the theoretical aspects and main characteristics of fuel cells and
electrolyzers, a technological field in constant evolution. Hydrogen can be produced through …