• Garreau, Y.
• Abadias, G.
• Vlad, A.
• Resta, A.
• Sarakinos, Kostas
• Coati, A.
• Ramade, J.
• Michel, A.
• Solanki, K.
• Kamiński, M.
• Krause, B.
• Camelio, S.
• Babonneau, D.

Abstract

<p>In this talk, we discuss growth strategies to produce transparent and conductive silver layers by physical vapor deposition in the presence of nitrogen additive. We use a combination of in situ and real-time diagnostics (substrate curvature measurements, surface differential reflectance spectroscopy, grazing incidence x-ray diffraction, and grazing incidence small-angle x-ray scattering) during deposition, which provides valuable insights into the effects of nitrogen additive on the early-film-formation stages and related optical properties.</p>

Topics

• surface
• silver
• x-ray diffraction
• physical vapor deposition
• Nitrogen
• X-ray scattering
• spectroscopy