Silver nanoparticles supported on natural clinoptilolite zeolites were tested as bactericides of microorganisms of Escherichia coli. The content of silver and the reduction temperature was varied. The materials were ...

Over the years, various contaminants have been detected in rivers and seas, water quality analyzes show that, although the amounts of these contaminants are small, their presence is dangerous and, as if that were not enough, ...

The controlled flow of water molecules at the nanoscale is an initial step to many info:eu-repo/semantics/other fluidic processes that will be applied to the nanotechnology for several study fields. In this work, we study ...

Silver particles will be supported in clinoptilolite and cerium oxide, these supports were selected due to their physical-chemical properties can be easily varied and evaluated as bactericides of microorganisms Escherichia ...

The present investigation arises from the importance of reducing sulfur compounds (also called sulfur compounds) such as thiophene, present in petroleum. Due to reactive atmospheric processes, the sulfur released in fuel ...

Silver nanoparticles were supported on natural clinoptilolite zeolites and evaluated as bactericides of Escherichia coli microorganisms. The variables were the amount of silver supported in the zeolites and the reduction ...

We present molecular simulation results of studying the tribological behavior of surfaces of silica of self- assembled monolayers of alkylsilanes with alkyl and hydroxyl terminals in a wide range of normal loads, from ...

We carried out molecular dynamics simulations to study the critical thickness of thin layers of Lennard-Jones fluid without surfactants. The critical thickness corresponds to stable thin layers, and below that critical ...

In the present work, the synthesis of 4 different bactericidal materials was carried out. Cerium oxide was synthesized by the hydrothermal and sol-gel methods assisted by microwaves, the other two materials consisted of ...

Molecular Dynamics simulations reveal the bimodal (folded/unfolded) distribution behavior of cation conformations in alkylated imidazole-based ionic liquids, such as that formed by 1-alkyl-3-methylimidazole [BMIM+], and ...