Chemical Corrosion of Porous Iron Alloys Prepared Pyrolytically

Chemical Corrosion of Porous Iron Alloys Prepared Pyrolytically

Porous iron-based materials can be prepared by pyrolysis of metal powders deposited onto polyurethane foam BULPREN and subsequent annealing in an inert atmosphere. The aim of this paper is to investigate details of their slow decomposition with the prospective of using them as biodegradable metallic...

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Veröffentlicht in:ECS transactions 2018-01, Vol.87 (1), p.423-429
Hauptverfasser: Vondrak, Jiri, Sedlaříková, Marie, Galánová, Zuzana, Čudek, Pavel, Binar, Tomáš
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creator Vondrak, Jiri
Sedlaříková, Marie
Galánová, Zuzana
Čudek, Pavel
Binar, Tomáš
description Porous iron-based materials can be prepared by pyrolysis of metal powders deposited onto polyurethane foam BULPREN and subsequent annealing in an inert atmosphere. The aim of this paper is to investigate details of their slow decomposition with the prospective of using them as biodegradable metallic components for various purposes. Systems to be investigated were: pure Fe, pure Zn, Fe + Mn, Fe + P, Fe + Zn and Zn + Mg. Moreover, one sample containing Fe, Mg, Zn, and Ag was studied. Emphasis will be laid on the chemical and mechanic properties of their corrosion under condition simulating the liquids existing in human bodies.
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title Chemical Corrosion of Porous Iron Alloys Prepared Pyrolytically
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