Amorphous and/or nanocrystalline oxide films can be easily prepared electrochemically by anodizing. The anodizing allows to grow oxides with structural and compositional features easily and strictly controlled by the process parameters
This work summarizes progresses achieved in the physical chemistry aspects of the growth of anodic o...
Vita.Anodic oxide films are used extensively in a variety of applications. This study focuses on cha...
Vita.Anodic oxide films are used extensively in a variety of applications. This study focuses on cha...
Anodic films of different thickness (∼30 nm and 70 nm) were grown by anodizing sputtering-deposited ...
Anodic films of different thickness (∼30. nm and 70. nm) were grown by anodizing sputtering-deposite...
Anodic films of different thickness (∼30. nm and 70. nm) were grown by anodizing sputtering-deposite...
Anodic films of different thickness ( 3c30 nm and 70 nm) were grown by anodizing sputtering-deposite...
The formation of anodic films on valve metals alloys has been studied as a function of alloy composi...
The formation of anodic films on valve metals alloys has been studied as a function of alloy composi...
Anodic films were grown to 20 V on sputtering-deposited Al\u2013Ta alloys in ammonium biborate and b...
Anodic films were grown to 20 V on sputtering-deposited Al-Ta alloys in ammonium biborate and borate...
Anodic films were grown to 20 V on sputtering-deposited Al-Ta alloys in ammonium biborate and borate...
Titanium foils were anodized in ammonium containing and ammonium free solutions in order to check th...
Titanium foils were anodized in ammonium containing and ammonium free solutions in order to check th...
Titanium foils were anodized in ammonium containing and ammonium free solutions in order to check th...
This work summarizes progresses achieved in the physical chemistry aspects of the growth of anodic o...
Vita.Anodic oxide films are used extensively in a variety of applications. This study focuses on cha...
Vita.Anodic oxide films are used extensively in a variety of applications. This study focuses on cha...
Anodic films of different thickness (∼30 nm and 70 nm) were grown by anodizing sputtering-deposited ...
Anodic films of different thickness (∼30. nm and 70. nm) were grown by anodizing sputtering-deposite...
Anodic films of different thickness (∼30. nm and 70. nm) were grown by anodizing sputtering-deposite...
Anodic films of different thickness ( 3c30 nm and 70 nm) were grown by anodizing sputtering-deposite...
The formation of anodic films on valve metals alloys has been studied as a function of alloy composi...
The formation of anodic films on valve metals alloys has been studied as a function of alloy composi...
Anodic films were grown to 20 V on sputtering-deposited Al\u2013Ta alloys in ammonium biborate and b...
Anodic films were grown to 20 V on sputtering-deposited Al-Ta alloys in ammonium biborate and borate...
Anodic films were grown to 20 V on sputtering-deposited Al-Ta alloys in ammonium biborate and borate...
Titanium foils were anodized in ammonium containing and ammonium free solutions in order to check th...
Titanium foils were anodized in ammonium containing and ammonium free solutions in order to check th...
Titanium foils were anodized in ammonium containing and ammonium free solutions in order to check th...
This work summarizes progresses achieved in the physical chemistry aspects of the growth of anodic o...
Vita.Anodic oxide films are used extensively in a variety of applications. This study focuses on cha...
Vita.Anodic oxide films are used extensively in a variety of applications. This study focuses on cha...