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Previously, precipitation of SI and Ca2+ was investigated. Similar work has also been performed by other researchers. The current paper presents corresponding experimental results where the binding of divalent cations Ca2+ and Sr2+ to 9 phosphonate SIs at pH 8.5, 95oC is investigated.
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Use of nanotechnological methods for all types of coatings has become increasingly important. This paper aims to give an exemplified overview on the different ways of using nanoparticles in protective coatings with a special focus on materials for light weight constructions.
Complications occur in orthopedic surgery. Corrosion of magnesium W4 alloy was investigated in vitro by electrochemical methods in solutions replicating the body's environment. To control the biodegradation of titanium and magnesium implants, bio active PEO coatings are essential for biomedical implants.
Magnesium (Mg) for biodegradable medical implant devices are limited by fast degradation rates of Mg. The study presents alloy design and thermomechancial processing to optimize mechanical and biological properties of a new proprietary Mg alloy. Corrosion profiles were evaluated by in vitro and in vivo studies.
AZ31 (UNS M11311) is a wrought magnesium alloy used in aerospace and automotive applications. In this work, KOH-based electrolytes were used to study the corrosion behavior of AZ31 alloy in highly alkaline environment. The effect of dopants and exposure time on pit initiation was studied via optical and scanning electron microscopy.
In this work, a variety of polymers were evaluated as precipitation inhibitors for magnesium ammonium phosphate (struvite) in aqueous solution.
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Advances in Biomedical Corrosion: New Trends, Challenges, and Solutions encompasses just over 10 years of research into the interplay between corrosion and biomedical materials, based on technical papers by experts in the field.
While the range of biomedical materials is impressive--spanning metals, alloys, ceramics, and polymers--this title focuses on metals and alloys.
The book covers corrosion topics and technologies ranging nanomaterials for biomedical coatings to additive manufacutring for hip and knee replacements to the potentials of various alloys.
2023 AMPP book, 8.5 x 11, 126 pages, color
Sol-gel coatings offer excellent properties such as scratch resistance, barrier properties, outdoor stability and high thermal stability. However, the precursors (silanes) used for these coatings are very expensive and require special care for handling and application on substrate. One approach to solve this problem is the incorporation of conventional organic polymer as the organic modifying component in silane coating formulation. Incorporation of organic polymer will reduce the cost and will make sol-gel coatings readily acceptable in industry.