AbstractAuthors in the paper describe apparatus ZIP-12PK for activated reaction evaporation by electron beam which belongs to PVD methods. In paper are results of substrate temperature testing in vacuum chamber during coating deposition by reactive evaporation and influence of geometric substrates position in vacuum chamber on coating thickness is studied by authors. Next are presented time functionality of substrate temperature on glow discharge of Ar and influence of current density I on substrate (cathode) bias U. Cleaning of the substrate surface was realized in Ar discharge
Electron Beams (EB) are known to be powerful and versatile tools for evaporation of various kinds of...
he method for vapor deposition of a substrate (2) within a vacuum chamber (1), comprises evaporating...
The paper presents a new plasma-activated PVD process - the so-called "Rod Cathode Arc Activated Dep...
AbstractAuthors in the paper describe apparatus ZIP-12PK for activated reaction evaporation by elect...
PVD coatings deposited by electron beam (EB) evaporation onto large area substrates like metal sheet...
PVD coatings deposited by electron beam (EB) evaporation onto large area sub-strates like metal stri...
In the beginning, EB-PVD (electron beam physical vapour deposition) of aluminium on strip steel was ...
The high power density and net power achievable with axial electron beams make them an invaluable to...
PVD coatings deposited by electron beam evaporation have been used for many years. This technology i...
PVD-coatings on metal strips are discussed and used since many years. Recently developed technologie...
Plasma activation of electron beam physical vapor deposition (EB-PVD) allows to increase density, ha...
Electron Beam High-rate Deposition with axial guns (EBHD) offers the highest coating rates of PVD te...
Plasma activation of EB-PVD (electron beam physical vapor deposition) allows to increase density, ha...
Electron Beams are known to be powerful and versatile tools for evaporation of various kinds of mate...
Low cost coating on metallic sheets and strips can be achieved by Physical vapour Deposition only if...
Electron Beams (EB) are known to be powerful and versatile tools for evaporation of various kinds of...
he method for vapor deposition of a substrate (2) within a vacuum chamber (1), comprises evaporating...
The paper presents a new plasma-activated PVD process - the so-called "Rod Cathode Arc Activated Dep...
AbstractAuthors in the paper describe apparatus ZIP-12PK for activated reaction evaporation by elect...
PVD coatings deposited by electron beam (EB) evaporation onto large area substrates like metal sheet...
PVD coatings deposited by electron beam (EB) evaporation onto large area sub-strates like metal stri...
In the beginning, EB-PVD (electron beam physical vapour deposition) of aluminium on strip steel was ...
The high power density and net power achievable with axial electron beams make them an invaluable to...
PVD coatings deposited by electron beam evaporation have been used for many years. This technology i...
PVD-coatings on metal strips are discussed and used since many years. Recently developed technologie...
Plasma activation of electron beam physical vapor deposition (EB-PVD) allows to increase density, ha...
Electron Beam High-rate Deposition with axial guns (EBHD) offers the highest coating rates of PVD te...
Plasma activation of EB-PVD (electron beam physical vapor deposition) allows to increase density, ha...
Electron Beams are known to be powerful and versatile tools for evaporation of various kinds of mate...
Low cost coating on metallic sheets and strips can be achieved by Physical vapour Deposition only if...
Electron Beams (EB) are known to be powerful and versatile tools for evaporation of various kinds of...
he method for vapor deposition of a substrate (2) within a vacuum chamber (1), comprises evaporating...
The paper presents a new plasma-activated PVD process - the so-called "Rod Cathode Arc Activated Dep...