Corrosion is normally an undesirable phenomenon in engineering applications. In the field
of biomedical applications, however, implants that ‘biocorrode’ are of considerable interest. …

This study investigates the bone and tissue response to degrading magnesium pin implants
in the growing rat skeleton by continuous in vivo microfocus computed tomography (μCT) …

In the last decade metallic glasses have regained considerable interest due to the fact that
new glass-forming compositions have been found that have a critical cooling rate of less than …

The aim of this article is to describe a design strategy for the development of new biodegradable
Fe-based alloys offering a performance considered appropriate for temporary implant …

A design strategy deployed in developing new biodegradable Mg–Y–Zn alloys is summarized
and the key factors influencing their suitability for medical applications are described. The …

This study investigates the degradation performance of three Fe-based materials in a
growing rat skeleton over a period of 1 year. Pins of pure Fe and two Fe-based alloys (Fe–10Mn–…

We report experimental and theoretical analysis of the plasmonic resonances of Al nanoparticles
and nanorods. Ordered nanoparticle arrays with well-defined shapes and narrow size …

We report the ultrasensitive detection of adenine using deep-UV surface-enhanced resonance
Raman scattering on aluminum nanostructures. Well-defined Al nanoparticle arrays …

Biodegradable Mg alloys are of great interest for osteosynthetic applications because they
do not require surgical removal after they have served their purpose. In this study, fast-…

We have produced interpenetrating graphite/aluminium composites by gas pressure infiltration
of aluminium alloys with varying silicon content into porous graphite preforms. Infiltration …