RIKEN Nishina Center for accelerator-based science in RIKEN is constructing the radioactive isotope beam factory (RIBF), which is capable of providing the world's most intense RI beams over the whole… (More)
Since 1997, RIKEN Nishina Center has been constructing the Radioactive Isotope Beam Factory (RIBF) and succeeded in beam commissioning of its accelerator complex at the end of 2006 [1,2]. The world’s… (More)
RIKEN Radioactive Isotope Beam Factory, the world’s first next-generation radioactive isotope beam facility, has provided high-intensity light and medium-heavy ion beams since 2006. Our aim is to… (More)
This paper presents the results of a series of laboratory measurements, carried out to study how the groundpenetrating radar (GPR) signal is affected by moisture variation in wood material. The… (More)
Since 1997, RIKEN Nishina Center has been constructing the Radioactive Isotope Beam Factory (RIBF) and succeeded in beam commissioning of its accelerator complex at the end of 2006. The world's first… (More)
Katharine E Stotta, Justin Beardsleyc, +5 authorsJeremy Dayc
2018
Amphotericin B Deoxycholate in adults with Cryptococcal Meningitis; a Population 1 Pharmacokinetic Model and Meta-Analysis of Outcomes 2 3 Katharine E Stott, Justin Beardsley, Sarah Whalley, Freddie… (More)
Nanoshell-containing carbon (NSCC) is one of the Pt-surrogate catalysts for proton exchange membrane fuel cell (PEMFC) invented by us to promote oxygen reduction reaction (ORR), the cathode reaction… (More)
The RIKENAVF cyclotron has been operating 26 years as an injector for the RIKEN ring cyclotron. The AVF cyclotron also provides low energy ion beams for the CNS RadioIsotope Beam separator (CRIB) of… (More)
Operating status of four ring cyclotrons (RRC, fRC, IRC, SRC) from August 2014 to July 2015 is reported. We are engaging in the improvements and adjustments for increasing beam intensities year after… (More)