摘要:
La présente invention concerne une glace de fermeture (4) d'un dispositif lumineux (2) pour véhicule (1) comprenant au moins une première couche transparente (6) en un matériau polymère, caractérisée en ce que la glace de fermeture (4) comprend au moins une deuxième couche transparente (8) et une troisième couche transparente (10) formées par traitement d'au moins un composant précurseur (CP), les couches étant réalisées en recouvrement les unes des autres, le traitement d'au moins l'une des deuxième couche transparente (8) et/ou troisième couche transparente (10) étant assistée par plasma atmosphérique à torche plasma.
摘要:
Die vorliegende Erfindung betrifft ein Verfahren zum Beschichten eines Trägermaterials, wobei die Beschichtung über eine plasmaunterstützte chemische Gasphasenabscheidung bei Atmosphärendruck (AP-PECVD) im Remote-Betrieb erfolgt und wobei - die Gasmengenströme des Plasmagases, des Trägergases und des Precursors der folgenden Bedingung genügen: Q Precursor / Q G Plasma + Q G Remote ≥ 1 / 2200 - und die mittlere eingespeiste Leistung und der Gasmengenstrom des Precursors der folgenden Bedingung genügen: 0 , 01 ≤ Q Precursor / P m ≤ 1 , 0.
摘要:
The invention relates to a method for depositing a graphene-based layer on a substrate by chemical vapour deposition wherein at least one hydrocarbon as starting material for a chemical reaction is admitted to a vacuum chamber and concurrently a plasma is formed within the vacuum chamber. The plasma here is generated using at least one magnetron comprising at least one target of a material comprising at least one catalytically active metal from the group of chemical elements having atomic numbers 21 to 30, 39 to 48, 57, 72 to 80 and 89, the sputtering of the target being set such that the fraction of target particles incorporated in the graphene-based layer is less than 1 at%.
摘要:
Provided is an in-line plasma CVD apparatus (100) capable of performing a deposition process at a high production efficiency while maintaining stable deposition conditions, without spending time and energy on cleaning and the like even when in use for a long time. This plasma CVD apparatus (100) is equipped with a deposition chamber (1) and load-lock chambers (20, 30) which are separate from the deposition chamber (1). The apparatus (100) is of the in-line-type for conveying a substrate between these chambers and producing a film on the substrate. The deposition chamber (1) is equipped with a vacuum chamber (2), a vacuum exhaust means (3) for discharging the air inside the vacuum chamber (2), a gas supply unit (9) for supplying a source gas into the vacuum chamber (2), and a plasma generation power supply (10) for generating plasma inside the vacuum chamber (2). Substrates in the deposition chamber (1) are divided into a first group (18) connected to one pole of the plasma generation power supply (10), and a second group (19) connected to the other pole of the plasma generation power supply (10). The plasma is produced between the first group (18) and the second group (19) which have different polarities from one another.