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Neutron Group Honours Scientists' Achievements at User Meeting

"A Monte Carlo model of the Dingo thermal neutron imaging beamline" by Klaudiusz Jakubowski, Andrew Chacon et al.

In this study, we present a validated Geant4 Monte Carlo simulation model of the Dingo thermal neutron imaging beamline at the Australian Centre for Neutron Scattering. The model, constructed using CAD drawings of the entire beam transport path and shielding structures, is designed to precisely predict the in-beam neutron field at the position at the sample irradiation stage. The model’s performance was assessed by comparing simulation results to various experimental measurements, including planar thermal neutron distribution obtained in-beam using gold foil activation and 10 B 4 C-coated microdosimeters and the out-of-beam neutron spectra measured with Bonner spheres. The simulation results demonstrated that the predicted neutron fluence at the field’s centre is within 8.1% and 2.1% of the gold foil and 10 B 4 C-coated microdosimeter measurements, respectively. The logarithms of the ratios of average simulated to experimental fluences in the thermal (E th< 0.414 eV), epithermal

Better fuel cell ion conductor reveals new science

New ion conductivity science has been revealed during research into a better electrolyte for solid-oxide and proton ceramic fuel cells, according to Tokyo

ANSTO Secures ARC Funding for Genome Geometry, Sodium Battery Projects

Lipid Nanoparticles: A Potent Weapon Against Antibiotic Resistance

An Australian research team, under the direction of Monash University, has developed a novel strategy for eliminating bacteria resistant to antibiotics by utilizing lipid nanoparticles that specifically target different bacterial cell surface layers.