11 documents found, page 1 of 2

Analytic Re-Evaluation After Five-Year Gap between Blood Donations: A Useful Ba...

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In-situ grown gluconate-containing CaAl-LDH/organic coating for steel corrosion...

This study reports the development of anticorrosive bilayer coatings consisting of in situ-grown layered double hydroxides (LDH) covered with a polyurethane layer on a steel substrate. This design aims at providing corrosion protection via the controlled release of gluconate from LDH near the substrate, while at the same time contributing to the improvement of the polyurethane layer coating adhesion. The CaAl-L...

An inside look at Primary Healthcare

Primary Healthcare Working Group - Radiology; Grupo de Trabalho dos Cuidados de Saúde Primários - Radiologia

Radiographer Role and Future in Primary Healthcare

Primary Healthcare Working Group - Radiology; Grupo de Trabalho dos Cuidados de Saúde Primários - Radiologia

Interview

Primary Healthcare Working Group - Radiology; Grupo de Trabalho dos Cuidados de Saúde Primários - Radiologia

Smart coating for detection of early-stage corrosion of steel

ABSTRACT: The work describes the investigation of LDH-based nanoadditives for early-stage corrosion detection of steel, and subsequent development of a multi-layer functional protection coating. A systematic study on the level of degradation and the detected colorimetric signal was performed using electrochemical characterisation. The protection properties and detection functionality were also studied in condit...

Ni-Fe layered double hydroxides for oxygen evolution Reaction: Impact of Ni/Fe ...

The Oxygen Evolution Reaction (OER), half-reaction of the water-splitting process for hydrogen production, suffers from sluggish kinetics. NiFe materials appeared as interesting catalytic materials for this reaction in alkaline electrolyzers and have been studied, particularly in the form of NiFe Layered Double Hydroxides (LDH). However, the impact of the specificity of the atomic arrangement in the LDH and of ...

Biocompatible and biodegradable functional coatings with natural occurring mate...

Magnesium alloys are amidst the most innovative materials for biomedical applications, as they show a set of unique properties, namely appropriate mechanical properties and biodegradability, when compared to other alloys. Although these properties make them suitable for medical implants, the main challenge is the uncontrolled corrosion. Mg degradation is fast, inhomogeneous, localized and often accompanied by h...

As crenças sobre a violência conjugal em católicos e não católicos

Fatores de risco e proteção em jovens a cumprir medidas tutelares educativas na...