At the Facility for Rare Isotope Beams (FRIB), interactions between heavy-ion beams and
beam-dump water will create a wide variety of radionuclides which can be accessed by a …

Isotope harvesting is a method of collecting the long-lived radioisotopes that build up during
the operation of ion-beam facilities in a way that is useful for subsequent research. As a …

An experiment was performed at the National Superconducting Cyclotron Laboratory using
a 140 MeV/nucleon 48Ca beam and a flowing-water target to produce 47Ca for the first time …

The quest to improve the quality of nuclear data, such as half-lives, transition yields, and
reaction cross-sections, is a shared endeavor among various areas of nuclear science. 48 V …

Tungsten is a commonly used material at many heavy-ion beam facilities, and it often
becomes activated due to interactions with a beam. Many of the activation products are …

A high intensity proton irradiation was performed with the flowing-water isotope harvesting
target at the University of Wisconsin-Madison Cyclotron Laboratory to measure the rate of …

Systematic measurements of nuclear reaction cross sections were done in the low energy
range for the two reactions 45Sc (d, p) 46Sc and 45Sc (α, n) 48V. Thin foils of high-purity …

During routine operation of the Facility for Rare Isotope Beams (FRIB), radionuclides will
accumulate in both the aqueous beam dump and along the beamline in the process of beam …

“Isotope harvesting” is a technique that offers access to exotic radionuclides created as by-
products during nuclear science research. Ongoing exploratory work at the National …

The separation of trace hafnium from bulk tungsten alloys is of interest for isotope harvesting
at the National Superconducting Cyclotron Laboratory and the Facility for Rare Ion Beams …