Add to ORKGWithin any thin film development program directed towards SRF accelerating structures, there is a need for an RF characterization device that can provide information about RF properties of small samples. The current installation of the RF characterization device at Jefferson Lab is Surface Impedance Characterization (SIC) system. The data acquisition environment for the system has recently been improved to allow for automated measurement, and the system has been routinely used for characterization of bulk Nb, films of Nb on Cu, MgB$_{2}$, NbTiN, Nb$_{3}$Sn films, etc. We present some of the recent results that illustrate present capabilities and limitations of the system
The ARIES WP15 program was focused on the development of superconducting thin films (TF) for superco...
Best rf bulk niobium accelerating cavities have nearly reached their ultimate limits at rf equatoria...
Superconducting coatings for superconducting radio frequency (SRF) cavities is an intensively develo...
Abstract Within any thin film development program directed towards SRF accelerating structures, ther...
In the development of new superconducting materials for possible use in SRF-based accelerators, it i...
A Surface Impedance Characterization (SIC) system has been proposed at the 2005 SRF workshop and rec...
Superconducting radio frequency (SRF) technology is widely adopted in particle accelerators. There r...
A Surface Impedance Characterization (SIC) system has been proposed at the 2005 SRF workshop [1] and...
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...
In the past years, energetic vacuum deposition methods have been developed in different laboratories...
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...
International audienceResearch is ongoing into the use of superconducting thin films to replace bulk...
Superconducting thin films have great potential as post-Nb material for use in SRF applications in f...
The ARIES WP15 program was focused on the development of superconducting thin films (TF) for superco...
Best rf bulk niobium accelerating cavities have nearly reached their ultimate limits at rf equatoria...
Superconducting coatings for superconducting radio frequency (SRF) cavities is an intensively develo...
Abstract Within any thin film development program directed towards SRF accelerating structures, ther...
In the development of new superconducting materials for possible use in SRF-based accelerators, it i...
A Surface Impedance Characterization (SIC) system has been proposed at the 2005 SRF workshop and rec...
Superconducting radio frequency (SRF) technology is widely adopted in particle accelerators. There r...
A Surface Impedance Characterization (SIC) system has been proposed at the 2005 SRF workshop [1] and...
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...
In the past years, energetic vacuum deposition methods have been developed in different laboratories...
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...
International audienceResearch is ongoing into the use of superconducting thin films to replace bulk...
Superconducting thin films have great potential as post-Nb material for use in SRF applications in f...
The ARIES WP15 program was focused on the development of superconducting thin films (TF) for superco...
Best rf bulk niobium accelerating cavities have nearly reached their ultimate limits at rf equatoria...
Superconducting coatings for superconducting radio frequency (SRF) cavities is an intensively develo...