In hoping to improve Niobium deposition on Copper cavity, a vacuum deposition system has been built to test the idea of Nb energetic condensation on copper substrate. The system directly uses microwave power to create the pure Nb plasma, which can be used to extract energetic Nb ion flux to do direct deposition on copper substrate. In this paper, we briefly describe the system, discuss the potential benefit of this technique and report the initial result of Nb plasma creation and Niobium thin film deposition
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
Abstract Several films of niobium were deposited on copper plates via the ultra-high vacuum cathod...
Niobium coated copper cavities are an interesting alternative to bulk niobium ones for Superconducti...
Nb/Cu technology for superconducting cavities has proven over the years to be a viable alternative t...
Copper RF cavities coated with thin Nb (Nb) films are an interesting possible alternative to bulk-Nb...
The properties of niobium films obtained by cathodic arc deposition in ultra high vacuum (UHVCA) usi...
Over the years, Nb/Cu technology, despite its shortcomings due to the commonly used magnetron sputte...
In the past years, energetic vacuum deposition methods have been developed in different laboratories...
In the past years, energetic vacuum deposition methods have been developed in different laboratories...
We present a study of radio frequency properties of niobium films deposited on copper by two differe...
The use of superconducting radio frequency (rf) cavities in particle accelerators necessitates that ...
In the framework of the Future Circular Collider Study, the development of thin-film coated supercon...
The RF performance of bulk Nb cavities has continuously improved over the years and is approaching t...
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
This paper describes energetic condensation growth of Nb films using a cathodic arc plasma, whose 60...
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
Abstract Several films of niobium were deposited on copper plates via the ultra-high vacuum cathod...
Niobium coated copper cavities are an interesting alternative to bulk niobium ones for Superconducti...
Nb/Cu technology for superconducting cavities has proven over the years to be a viable alternative t...
Copper RF cavities coated with thin Nb (Nb) films are an interesting possible alternative to bulk-Nb...
The properties of niobium films obtained by cathodic arc deposition in ultra high vacuum (UHVCA) usi...
Over the years, Nb/Cu technology, despite its shortcomings due to the commonly used magnetron sputte...
In the past years, energetic vacuum deposition methods have been developed in different laboratories...
In the past years, energetic vacuum deposition methods have been developed in different laboratories...
We present a study of radio frequency properties of niobium films deposited on copper by two differe...
The use of superconducting radio frequency (rf) cavities in particle accelerators necessitates that ...
In the framework of the Future Circular Collider Study, the development of thin-film coated supercon...
The RF performance of bulk Nb cavities has continuously improved over the years and is approaching t...
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
This paper describes energetic condensation growth of Nb films using a cathodic arc plasma, whose 60...
This paper reports on recent progress in the application of ultrahigh vacuum arc technology, which ...
Abstract Several films of niobium were deposited on copper plates via the ultra-high vacuum cathod...
Niobium coated copper cavities are an interesting alternative to bulk niobium ones for Superconducti...