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51312-01182-Inhibition effect of MDHTD for corrosion by Sulfide-Reducing Bacteria biofilm

Picture for Inhibition effect of MDHTD for corrosion by Sulfide-Reducing Bacteria biofilm
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Product Number: 51312-01182-SG
ISBN: 01182 2012 CP
Author: Jinying Huang
Publication Date: 2012
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Abstract: Potentiodynamic polarization curves Atom Force Spectroscopy and Electronic Probe Measurement Analysis were used to study the sensitivity of biofilm on Q235 steel to a kind of novel heterocyclic bisquats named MDHTD in culture medium inoculated Sulfate-Reducing Bacteria. The experiment results show that the the formation of MDHTD adsorption film could affect the status and electrochemical characteristic of metal surface and decrease the corrosion reaction facilitated by SRB greatly. Also this made it difficult for metabolized production of SRB in medium and corrosion product to deposit directly on carbon steel surface which reduced the acceleration of SRB metabolism course (including acid soak) to corrosion markedly. Besides it is scarcely possible for SRB in medium to metabolize on carbon steel surface and this would decrease the possibility for SRB to assist corrosion in the medium. Keywords: Sulfide-Reducing Bacteria; Bisquats; Potentiodynamic polarization curves ;Atom Force Spectroscopy; Electronic Probe Measurement Analysis; Biofilm
Abstract: Potentiodynamic polarization curves Atom Force Spectroscopy and Electronic Probe Measurement Analysis were used to study the sensitivity of biofilm on Q235 steel to a kind of novel heterocyclic bisquats named MDHTD in culture medium inoculated Sulfate-Reducing Bacteria. The experiment results show that the the formation of MDHTD adsorption film could affect the status and electrochemical characteristic of metal surface and decrease the corrosion reaction facilitated by SRB greatly. Also this made it difficult for metabolized production of SRB in medium and corrosion product to deposit directly on carbon steel surface which reduced the acceleration of SRB metabolism course (including acid soak) to corrosion markedly. Besides it is scarcely possible for SRB in medium to metabolize on carbon steel surface and this would decrease the possibility for SRB to assist corrosion in the medium. Keywords: Sulfide-Reducing Bacteria; Bisquats; Potentiodynamic polarization curves ;Atom Force Spectroscopy; Electronic Probe Measurement Analysis; Biofilm
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51312-01178-Promising biological performance of biodegradable 3D coated Mg alloy bone scaffold

Product Number: 51312-01178-SG
ISBN: 01178 2012 CP
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Mg alloy in the solid monolith form has been investigated as a promising orthopedic implant.  After 12 weeks of implantation (rabbits), significant bony tissue growth was observed both inside and outside the implants. These suggest the coated Mg alloy might be useful as a promising scaffold for bone repair and regeneration.
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