Recent developments in superconducting radio-frequency (SRF) research have resulted in
significant increases of cavity performance. Advances have been made in both reducing rf …

A total of ten jacketed single-spoke resonators type 1 (SSR1) have been fabricated for
Fermilab'injection experiment (PIP2IT). PIP2IT is a test bed for Fermilab's future accelerator …

SpecMAT is a magnetic active target (AT) for transfer reaction studies with low-intensity
radioactive ion beams at the ISOLDE facility (CERN). SpecMAT combines two types of …

The surface resistance of superconducting radio frequency (SRF) cavities depends on the
strength of the applied rf field. This field dependence is caused by a combination of intrinsic …

Superconducting radiofrequency (SRF) cavities are devices that store electromagnetic
energy with very high efficiency. Electromagnetic energy from a high-power RF source with …

Superconducting niobium accelerating cavities are devices operating in radiofrequency and
able to accelerate charged particles up to energy of tera-electron-volts. Such accelerating …

Abstract A 325 MHz β= 0.14 superconducting half-wave resonator prototype has been
developed at the Institute of High Energy Physics, Beijing, which can be applied in the low …

Acceleration of low-and medium-β heavy ions by means of superconducting (SC) linear
accelerators (linacs) was made possible by the development, during four decades, of a …

One of the factors that can contribute to the resolution of long, doped inorganic scintillators
used for nuclear spectroscopy is the variation of the dopant concentration over the length the …

Superconducting RF (SRF) cavities are used in particle accelerators to efficiently transfer
energy from an RF power source to a beam of charged particles. The power losses …