International audienceBehaviour of stainless steels immersed in natural waters: Electrochemistry and bacterial adhesion. The free corrosion potential of a stainless steel immersed in natural seawater rises quickly until it reaches values ranging between +100 and +350 mV/SCE, which increases the risk of initiation of pitting corrosion. According to litterature this phenomenon also occurs in fresh waters. The aim of this study is to confirm or to invalidate this trend; the electrochemical behaviour of samples of stainless steels immersed in river water and the influence of the biofilm formed on the surface of the samples are studied. The free corrosion potentials of three different stainless steels (S30403 or AISI 304L, S31603 or AISI 316L, S...
The electrochemical behavior of stainless steel in both abiotic and biotic seawater is studied and ...
International audienceEnzymatic mechanism in low chloride medias : Influence of glucose oxidase on t...
International audienceWhen stainless steels are immersed in seawater, biofilm formation is responsib...
International audienceBehaviour of stainless steels immersed in natural waters: Electrochemistry and...
International audienceToday, stainless steels immersed in natural seawater are known to present an e...
International audienceThe present study deals with the electrochemical behavior and with the microbi...
While it is true that the Open Circuit Potential (OCP) of stainless steels increases in natural seaw...
The electrochemical behavior of stainless steels in seawater near the corrosion potential is addres...
International audienceThis work confirms the systematic character of the open circuit potential (OCP...
When a metal is introduced in seawater corrosion occurs on its surface. The corrosion on the metals,...
Studies on corrosion and microfouling on 316-stainless steel were carried out in natural pond water....
The electrochemical behaviour of 254 SMO super austenitic stainless steel in natural seawater collec...
Biofilm formation can strongly influence the composition of the surface oxide layer of metals and th...
Stainless steels have a high corrosion resistance thanks to the formation of an oxide layer at their...
The electrochemical behavior of stainless steel in both abiotic and biotic seawater is studied and ...
International audienceEnzymatic mechanism in low chloride medias : Influence of glucose oxidase on t...
International audienceWhen stainless steels are immersed in seawater, biofilm formation is responsib...
International audienceBehaviour of stainless steels immersed in natural waters: Electrochemistry and...
International audienceToday, stainless steels immersed in natural seawater are known to present an e...
International audienceThe present study deals with the electrochemical behavior and with the microbi...
While it is true that the Open Circuit Potential (OCP) of stainless steels increases in natural seaw...
The electrochemical behavior of stainless steels in seawater near the corrosion potential is addres...
International audienceThis work confirms the systematic character of the open circuit potential (OCP...
When a metal is introduced in seawater corrosion occurs on its surface. The corrosion on the metals,...
Studies on corrosion and microfouling on 316-stainless steel were carried out in natural pond water....
The electrochemical behaviour of 254 SMO super austenitic stainless steel in natural seawater collec...
Biofilm formation can strongly influence the composition of the surface oxide layer of metals and th...
Stainless steels have a high corrosion resistance thanks to the formation of an oxide layer at their...
The electrochemical behavior of stainless steel in both abiotic and biotic seawater is studied and ...
International audienceEnzymatic mechanism in low chloride medias : Influence of glucose oxidase on t...
International audienceWhen stainless steels are immersed in seawater, biofilm formation is responsib...