This review focuses on fillers modified with diazonium salts and their use in composites. We
reviewed scientific publications and presented information about such diazonium-modified …

This digest surveys recent trends in the development and application of diazo and
diazonium compounds for the surface modification of diverse materials; the interest in these …

The most popular drugs used to prevent osteoporosis that causes low mineral density and
weakened microstructure of bones are bisphosphonates. Bisphosphonates can be …

Commonly used endoprostheses in the orthopedic industry are those made of Ti6Al4V
titanium alloy. Unfortunately, this material has low abrasion resistance, and therefore …

Ti6Al4V alloy is widely used in the biomedical implants industry due to the excellent
combination of biocompatibility, mechanical strength & corrosion properties. However, long …

The in-situ chemical grafting conditions of aminophenyl on an equimolar high-entropy
HfNbTaTiZr alloy were optimized using an experimental design strategy. A fluorescent …

Increasing life expectancy, a sedentary lifestyle and bone diseases all contribute to an
increasing demand for endoprostheses. Currently, the service life of a knee prosthesis is 10 …

The main problem during the use of Ti6Al4V alloy is their poor resistance to abrasion.
Reasonable approach is to create thin film of the polymer on the alloy, which would increase …

The contact area between the filler and the polymer is a critical region that influences to a
great extent the filler–matrix adhesion and therefore the mechanical properties of the …

We describe a new and direct route to obtain Al-SBA-15-modified materials with different
groups on their surface using diazonium salts. For comparison, modification using …