Effect of Ag film thickness on the optical and the electrical properties in CuAlO2/Ag/CuAlO2 multilayer films grown on glass substrates

High quality transparent conductive SnO2/Ag/SnO2 tri-layer films deposited at room temperature by magnetron sputtering

“…Recently, some researchers proposed TCO/metal/TCO tri-layer structures with much lower resistance as good candidates for transparent conducting electrodes. Several advantages of TCO/metal/TCO tri-layer structures have been reported, which have include low sheet resistance, high optical transparency in the visible range, and relatively better chemical stability than single-layered metal film [4][5][6][7].…”

Effects of different concentration S-doping on the structural stability and electronic structures of delafossite CuAlO2

“…However, the lack of p-type TCOs results in a bottleneck for development of TCOs applications, e.g. p-n junctions [7] and transparent devices [8,9]. Hence, after p-type CuAlO 2 was reported [10], a great deal of research has been done into this hot problem.…”

Preparation and properties of transparent conductive N-doped CuAlO2 films using N2O as the N source

“…Up to now, CuAlO 2 films have been prepared by various approaches, such as pulsed laser deposition [11,12], chemical vapor deposition [13], sputtering [14][15][16], sol-gel [17], spray pyrolysis [18], and so on. In terms of the film quality and the compatibility with semiconductor technology, RF magnetron sputtering is an ideal technique to grow N-doped CuAlO 2 films.…”