The deposition profile of a cathodic arc plasma source with and without magnetic macroparticle filter has been measured using a deposition probe technique. It has been found that the profile is close to a Gaussian and that the width of the profile depends on the cathode material. It was found that the dependence on the cathode material leads to a considerable radial variation of the elemental composition of the film when an alloy cathode is used. A magnetic multicusp field (magnetic bucket) near the exit of the plasma source or the magnetic filter was applied to flatten and homogenize the deposition profile
An experimental study of the plasma jet generated in a pulsed copper vacuum arc with an annular anod...
We use a modified cathodic arc deposition technique, including an electromagnetic coil that introduc...
The filtered cathodic vacuum arc technique was employed to deposit magnetic films such as FeNi on si...
A new magnetic macroparticle filter design consisting of two 90{sup o} filters forming an S-shape is...
The brief survey of devices for micro- and nanostructured composite coatings formation by deposition...
A filtered cathodic arc deposition method and apparatus are described for the production of highly d...
The cathodic arc plasmas produced by cathode spots usually include macroparticles, which is undesir...
Cathode spot motion influences the physical characteristics of arc plasma and the related macroparti...
Cathodic vacuum arc systems have long been used to produce thin film coatings in a vacuum. However, ...
Cathodic arc plasma deposition has become the technology of choice for hard, wear and corrosion res...
ABSTRACT The cathodic arc plasmas produced by cathode spots usually include macroparticles, which is...
Curved magnetic filters are often used for the removal of macroparticles from cathodic arc plasmas. ...
In order to deposit fine structures such as nanoscale multilayer using a pulsed cathodic arc, it is ...
A dual-cathode arc plasma source was combined with a computer-controlled bias amplifier such as to ...
Cathodic arc discharges have been used successfully as sources of highly ionized flux of particles i...
An experimental study of the plasma jet generated in a pulsed copper vacuum arc with an annular anod...
We use a modified cathodic arc deposition technique, including an electromagnetic coil that introduc...
The filtered cathodic vacuum arc technique was employed to deposit magnetic films such as FeNi on si...
A new magnetic macroparticle filter design consisting of two 90{sup o} filters forming an S-shape is...
The brief survey of devices for micro- and nanostructured composite coatings formation by deposition...
A filtered cathodic arc deposition method and apparatus are described for the production of highly d...
The cathodic arc plasmas produced by cathode spots usually include macroparticles, which is undesir...
Cathode spot motion influences the physical characteristics of arc plasma and the related macroparti...
Cathodic vacuum arc systems have long been used to produce thin film coatings in a vacuum. However, ...
Cathodic arc plasma deposition has become the technology of choice for hard, wear and corrosion res...
ABSTRACT The cathodic arc plasmas produced by cathode spots usually include macroparticles, which is...
Curved magnetic filters are often used for the removal of macroparticles from cathodic arc plasmas. ...
In order to deposit fine structures such as nanoscale multilayer using a pulsed cathodic arc, it is ...
A dual-cathode arc plasma source was combined with a computer-controlled bias amplifier such as to ...
Cathodic arc discharges have been used successfully as sources of highly ionized flux of particles i...
An experimental study of the plasma jet generated in a pulsed copper vacuum arc with an annular anod...
We use a modified cathodic arc deposition technique, including an electromagnetic coil that introduc...
The filtered cathodic vacuum arc technique was employed to deposit magnetic films such as FeNi on si...