WCA sampling demonstrates that plasma treatment increases the surface energy of the composite, even after 96 hours of outtime, as shown in Fig. 7 (at left). Plasma-enhanced surface activation ...

The ionized particles in plasma provide sufficient energy to break chemical bonds on the material’s surface, which then interact with gas particles to modify the surface layers. 9 A major application ...

Plasma treatment enables surface modifications for improved adhesion, cleaning, and functionalization across industries. Techniques like PECVD and cold plasma processing enhance material ...

After developing a plasma-based technology for carbon fiber oxidation, RMX Technologies is targeting plasma-based surface treatment technology. ... Originating from Germany’s first national wind ...

Plasma treatment basically involves separation out of electrons, leaving the remaining ions with such high energy that they want to re-combine immediately enabling, for example, surface OH groups ...

A new technical paper titled “Ammonia Plasma Surface Treatment for Enhanced Cu–Cu Bonding Reliability for Advanced Packaging Interconnection” was published by researchers at Myongji University.

Atmospheric plasma does not have the ionization energy to penetrate deeply into the surface, resulting in a shallower treatment and lower surface energy than vacuum plasma. In contrast, atmospheric ...