DE 10311466 A UPAB: 20041027 NOVELTY - A method for rapid deposition of layers from chemical compounds by magnetic sputtering on substrates, where at least two magnetron discharges (MD) are used simultaneously where at least one of these has an impedance greater than Zs and at least one greater than Zs, where Zs is the impedance of a reactive MD for deposition of a layer of the desired chemical composition. USE - The method is useful for deposition of optical, decorative, hard, and wear decreasing coatings and other surface improving coatings on various substrates. ADVANTAGE - It has been found that use of a reactive sputtering process with simultaneous use of a low and a high impedance MD gives improved deposition efficiency
Physical vapor deposited hard coatings are routinely being used in many industrial applications. Th...
DE 102009015737 A1 UPAB: 20101019 NOVELTY - The magnetron coating module (100) comprises a coating s...
A turntable magnetron sputter system based on cylindrical magnetrons was used to investigate particl...
DE 10234856 A UPAB: 20040326 NOVELTY - Coating device comprises a target and a unit producing a magn...
DE 19860474 A UPAB: 20000818 NOVELTY - Bipolar pulsed magnetron sputter coating uses program control...
EP 999291 A UPAB: 20000617 NOVELTY - A barrier layer is applied between the substrate and the first ...
Magnetron sputtering nowadays is the most important technology for the deposition of high-quality th...
In this valuable work, all aspects of the reactive magnetron sputtering process, from the discharge ...
Magnetron sputter coating comprises: (a) using at least two targets and a pulsed frequency of 30-100...
DE 10234858 A UPAB: 20040326 NOVELTY - Device for producing a magnetron discharge, especially for ma...
The process comprises immobilizing a substrate using a substrate holder on a rotary plate, and depos...
The double ring magnetron module has become a powerful tool for solving a great variety of thin film...
WO2003029511 A UPAB: 20030526 NOVELTY - Process for depositing silver-containing metal layers having...
Magnetron sputtering is a very versatile plasma deposition method invented in the 1930ies by Penning...
DE 10303428 A UPAB: 20040901 NOVELTY - Plasma-activated layer deposition process by cathodic sputter...
Physical vapor deposited hard coatings are routinely being used in many industrial applications. Th...
DE 102009015737 A1 UPAB: 20101019 NOVELTY - The magnetron coating module (100) comprises a coating s...
A turntable magnetron sputter system based on cylindrical magnetrons was used to investigate particl...
DE 10234856 A UPAB: 20040326 NOVELTY - Coating device comprises a target and a unit producing a magn...
DE 19860474 A UPAB: 20000818 NOVELTY - Bipolar pulsed magnetron sputter coating uses program control...
EP 999291 A UPAB: 20000617 NOVELTY - A barrier layer is applied between the substrate and the first ...
Magnetron sputtering nowadays is the most important technology for the deposition of high-quality th...
In this valuable work, all aspects of the reactive magnetron sputtering process, from the discharge ...
Magnetron sputter coating comprises: (a) using at least two targets and a pulsed frequency of 30-100...
DE 10234858 A UPAB: 20040326 NOVELTY - Device for producing a magnetron discharge, especially for ma...
The process comprises immobilizing a substrate using a substrate holder on a rotary plate, and depos...
The double ring magnetron module has become a powerful tool for solving a great variety of thin film...
WO2003029511 A UPAB: 20030526 NOVELTY - Process for depositing silver-containing metal layers having...
Magnetron sputtering is a very versatile plasma deposition method invented in the 1930ies by Penning...
DE 10303428 A UPAB: 20040901 NOVELTY - Plasma-activated layer deposition process by cathodic sputter...
Physical vapor deposited hard coatings are routinely being used in many industrial applications. Th...
DE 102009015737 A1 UPAB: 20101019 NOVELTY - The magnetron coating module (100) comprises a coating s...
A turntable magnetron sputter system based on cylindrical magnetrons was used to investigate particl...