Eugen G. Leuze Verlag GmbH & Co. KG
×
 x 

Warenkorb leer.
Warenkorb - Warenkorb leer.

Anzeige der Artikel nach Schlagwörtern: emission

Mittwoch, 20 April 2022 12:00

During component coating already deposited particles are incorporated into the growing layer and continuously deposited on the surface. There a characteristic defect growth structure is formed, which is reflected in a particle surface as well as a roughness. In this work, it is shown that the production of doped carbon films using composite cathodes leads to a significant reduction in arc-induced particle emission. While Part 1 covered origins of growth defects, methods of surface characterization, experimental setups and measurement methods, the final part of the article delivers the measurement results and highlights the conclusions.

Rubrik: Aufsätze
Donnerstag, 17 März 2022 11:00

With optical surface quantification methods doped and undoped carbon coatings deposited by Laser Arc Technology are analyzed. The article shows, that by producing doped carbon coatings using composite cathodes also a significant reduction of arc-induced particle emission is observed. A surface evaluation method, particularly developed for this purpose, shows a significant reduction in particle area coverage. Part 1 covers the origins of growth defects, methods of surface characterization and the experimental setup and measurement methods.

Rubrik: Aufsätze

Der Leuze Verlag ist die Quelle für fundierte Fachinformationen.
Geschrieben von Fachleuten für Fachleute. Fachzeitschriften und Fachbücher
rund um Galvano- und Oberflächentechnik sowie Aufbau- und Verbindungstechnik in der Elektronik –
seit 120 Jahren professionelle Informationen und Fachwissen aus erster Hand.

UNTERNEHMEN

ZAHLARTEN

Paypal Alternative2Invoice
MaestroMastercard Alternate
American ExpressVisa

Zahlarten z.T. in Vorbereitung.