The adhesion of P. fluorescens (ATCC 17552) to copper, zinc and aluminium brass in the absence and presence of a surface oxide layer was evaluated performing comparative batch experiments with various times of exposition. The adhesion of this strain to bare copper and aluminium brass was extremely low even after 120 min of exposition. On aged samples, on the other hand, adhesion increased with time on both metals. The degree of bacterial adhesion to aged metals was found to follow the sequence zinc > aluminium brass > copper, and the differences were related to the composition of the oxide layer. The presence of ZnO in the layer strongly increased the adhesion due to the large co-ordination capacity of Zn2+ ions. Correlation was found betwe...
Biofilm adhesion to metals (copper, aluminium and brass) was studied at two different velocities and...
Also availabe in NACE store: Product Number 51300-03567-SG (ISBN 03567 2003 CP) by link http://www.n...
Corrosion behaviour of Al, Zn, Cu and steel samples under the conditions of constant temperature and...
Data on the adhesion of biofilms formed by Pseudomonas fluorescens to aluminium, copper and brass su...
Deposition of Pseudomonas fluorescens on aluminium, brass and copper plates was studied in a flow sy...
The aim of this work is to emphasize the central role of surface chemistry as a determining factor d...
Deposition of Pseudomonas fluorescens on aluminium, brass and copper plates was studied in a flow sy...
The presence of Pseudomonas fluorescens in artificial tap water (ATW) affects the composition of the...
Metal oxides can increase the adhesion of negatively-charged bacteria to surfaces primarily due to t...
This research reviews the adhesion of bacterial on metal surfaces and the effect of metal’s surface ...
In the current study attention has been focused on the evaluation of different methods of measuremen...
The dezincification of Al-brass under the influence of Pseudomona fluorescens in potable water is in...
The general context of this work is to study the effect of physicochemical properties on bacterial a...
A study of the surface oxide films naturally grown on copper and brass in contact with drinkable wat...
Decrease in the free energy of adhesion, like in other physicochemical processes, is the driving fo...
Biofilm adhesion to metals (copper, aluminium and brass) was studied at two different velocities and...
Also availabe in NACE store: Product Number 51300-03567-SG (ISBN 03567 2003 CP) by link http://www.n...
Corrosion behaviour of Al, Zn, Cu and steel samples under the conditions of constant temperature and...
Data on the adhesion of biofilms formed by Pseudomonas fluorescens to aluminium, copper and brass su...
Deposition of Pseudomonas fluorescens on aluminium, brass and copper plates was studied in a flow sy...
The aim of this work is to emphasize the central role of surface chemistry as a determining factor d...
Deposition of Pseudomonas fluorescens on aluminium, brass and copper plates was studied in a flow sy...
The presence of Pseudomonas fluorescens in artificial tap water (ATW) affects the composition of the...
Metal oxides can increase the adhesion of negatively-charged bacteria to surfaces primarily due to t...
This research reviews the adhesion of bacterial on metal surfaces and the effect of metal’s surface ...
In the current study attention has been focused on the evaluation of different methods of measuremen...
The dezincification of Al-brass under the influence of Pseudomona fluorescens in potable water is in...
The general context of this work is to study the effect of physicochemical properties on bacterial a...
A study of the surface oxide films naturally grown on copper and brass in contact with drinkable wat...
Decrease in the free energy of adhesion, like in other physicochemical processes, is the driving fo...
Biofilm adhesion to metals (copper, aluminium and brass) was studied at two different velocities and...
Also availabe in NACE store: Product Number 51300-03567-SG (ISBN 03567 2003 CP) by link http://www.n...
Corrosion behaviour of Al, Zn, Cu and steel samples under the conditions of constant temperature and...