A combination of a ultra high vacuum arc deposition system and a recrystallization method was used to optimize the smoothness and thickness of thin-layer lead cathodes for superconducting niobium electron injectors. A non-filtered arc system was chosen to deposit Pb films on niobium. The films then underwent melting and recrystallization by treating them with pulsed argon ion beams in a rod plasma injector
We present the results of our investigation of lead as a suitable photocathode material for supercon...
We present the results of our investigation of bulk lead, along with various types of lead films, as...
The properties of niobium films obtained by cathodic arc deposition in ultra high vacuum (UHVCA) usi...
Superconducting photoinjectors have a potential to be the optimal solution for moderate and high cur...
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
The Ultra-High-Vacuum (UHV) arc technology was proposed as an alternative for depositing thin superc...
The Ultra-High-Vacuum (UHV) arc technology was proposed as an alternative for depositing thin superc...
We report a design of photocathode, which combines the good photoemissive properties of lead (Pb) an...
Abstract—Niobium thin film coated copper RF cavities are an interesting alternative to niobium bulk...
Copper RF cavities coated with thin Nb (Nb) films are an interesting possible alternative to bulk-Nb...
Pb thin films were prepared by the nanosecond pulsed laser deposition technique on Si (100) and poly...
We present the results of our investigation of lead as a suitable photocathode material for supercon...
We present the results of our investigation of bulk lead, along with various types of lead films, as...
The properties of niobium films obtained by cathodic arc deposition in ultra high vacuum (UHVCA) usi...
Superconducting photoinjectors have a potential to be the optimal solution for moderate and high cur...
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
The Ultra-High-Vacuum (UHV) arc technology was proposed as an alternative for depositing thin superc...
The Ultra-High-Vacuum (UHV) arc technology was proposed as an alternative for depositing thin superc...
We report a design of photocathode, which combines the good photoemissive properties of lead (Pb) an...
Abstract—Niobium thin film coated copper RF cavities are an interesting alternative to niobium bulk...
Copper RF cavities coated with thin Nb (Nb) films are an interesting possible alternative to bulk-Nb...
Pb thin films were prepared by the nanosecond pulsed laser deposition technique on Si (100) and poly...
We present the results of our investigation of lead as a suitable photocathode material for supercon...
We present the results of our investigation of bulk lead, along with various types of lead films, as...
The properties of niobium films obtained by cathodic arc deposition in ultra high vacuum (UHVCA) usi...