We report a design of photocathode, which combines the good photoemissive properties of
lead (Pb) and the advantages of superconducting performance of niobium (Nb) when …

The growth of Nb thin films on Si (100) substrates by pulsed Nd: YAG laser deposition (PLD)
under different laser fluences (4–15 J/cm 2) was reported. The influence of laser fluence on …

In this article we present and discuss the current status of thin film Pb photocathodes
deposited by pulsed laser deposition (PLD) with different laser parameters, such as laser …

Copper thin films are intended to serve as a cover layer of photocathodes that are deposited
by ablating copper targets in a high vacuum by temporally clean 600 fs laser pulses at 248 …

This paper reports the fabrication of Nb thin films through pulsed laser deposition at different
substrate temperatures, ranging from 300 to 660 K. While the variation of the substrate …

In this work, the deposition of Cu thin films on Y substrates for photocathode applications by
pulsed laser deposition employing picosecond laser pulses is reported and compared with …

In this paper, we report on the current status of the different configurations that have been
suggested for the preparation of metallic and superconducting photocathodes (MPs and …

Copper (Cu) thin films were deposited on yttrium (Y) substrate by sputtering. During the
deposition, a small central area of the Y substrate was shielded to avoid the film deposition …

Our research group has been involved in the production, development and characterization
of thin film metallic photocathodes prepared by Pulsed Laser Deposition (PLD) with the aim …