On Low Pressure Plasma Processing for Metal Protection

Different processing issues dealing with plasma treatments for corrosion protection of metals are discussed. It is shown that plasma‐deposited inorganic coatings cannot be enough to ensure optimum protection to metal degradation. In particular, designing a suitable plasma pre‐treatment of the metal...

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Published inPlasma processes and polymers Vol. 6; no. S1; pp. S684 - S689
Main Authors Palumbo, Fabio, d'Agostino, Riccardo, Fracassi, Francesco, Laera, Stefania, Milella, Antonella, Angelini, Emma, Grassini, Sabrina
Format Journal Article
LanguageEnglish
Published Weinheim WILEY-VCH Verlag 01.06.2009
WILEY‐VCH Verlag
Subjects
Charge transfer
Coating
corrosion
Corrosion prevention
Dealing
Deposition
Low pressure
Optimization
plasma deposition
plasma treatment
Polymers
pulsed discharge
silicon oxide
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Abstract Different processing issues dealing with plasma treatments for corrosion protection of metals are discussed. It is shown that plasma‐deposited inorganic coatings cannot be enough to ensure optimum protection to metal degradation. In particular, designing a suitable plasma pre‐treatment of the metal surface with the right feed gas can enhance the coating performance. The improvement due to pulsed mode deposition and hydrophobic layer coating are also discussed, leading both to one order magnitude increase in the charge transfer resistance with respect to continuous plasma deposited SiOx.
AbstractList Different processing issues dealing with plasma treatments for corrosion protection of metals are discussed. It is shown that plasma‐deposited inorganic coatings cannot be enough to ensure optimum protection to metal degradation. In particular, designing a suitable plasma pre‐treatment of the metal surface with the right feed gas can enhance the coating performance. The improvement due to pulsed mode deposition and hydrophobic layer coating are also discussed, leading both to one order magnitude increase in the charge transfer resistance with respect to continuous plasma deposited SiOx.
Abstract Different processing issues dealing with plasma treatments for corrosion protection of metals are discussed. It is shown that plasma‐deposited inorganic coatings cannot be enough to ensure optimum protection to metal degradation. In particular, designing a suitable plasma pre‐treatment of the metal surface with the right feed gas can enhance the coating performance. The improvement due to pulsed mode deposition and hydrophobic layer coating are also discussed, leading both to one order magnitude increase in the charge transfer resistance with respect to continuous plasma deposited SiO x .
Different processing issues dealing with plasma treatments for corrosion protection of metals are discussed. It is shown that plasma-deposited inorganic coatings cannot be enough to ensure optimum protection to metal degradation. In particular, designing a suitable plasma pre-treatment of the metal surface with the right feed gas can enhance the coating performance. The improvement due to pulsed mode deposition and hydrophobic layer coating are also discussed, leading both to one order magnitude increase in the charge transfer resistance with respect to continuous plasma deposited SiO sub(x).
Author Palumbo, Fabio
Laera, Stefania
Fracassi, Francesco
Angelini, Emma
Milella, Antonella
d'Agostino, Riccardo
Grassini, Sabrina
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crossref_primary_10_1002_sia_5512
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Snippet Different processing issues dealing with plasma treatments for corrosion protection of metals are discussed. It is shown that plasma‐deposited inorganic...
Abstract Different processing issues dealing with plasma treatments for corrosion protection of metals are discussed. It is shown that plasma‐deposited...
Different processing issues dealing with plasma treatments for corrosion protection of metals are discussed. It is shown that plasma-deposited inorganic...
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StartPage S684
SubjectTerms Charge transfer
Coating
corrosion
Corrosion prevention
Dealing
Deposition
Low pressure
Optimization
plasma deposition
plasma treatment
Polymers
pulsed discharge
silicon oxide
Title On Low Pressure Plasma Processing for Metal Protection
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