Monte Carlo simulations compare deuterium-ion primary damage in doped tungsten targets
Monte Carlo simulations found that homogeneous dopants reduced modeled primary deuterium-ion damage in tungsten targets, with titanium carbide strongest in ...
Monte Carlo simulations found that homogeneous dopants reduced modeled primary deuterium-ion damage in tungsten targets, with titanium carbide strongest in ...
A free-electron laser at the Linac Coherent Light Source generated hard X-ray pulses lasting 100–400 attoseconds, with some of the ...
A new neutron irradiation study shows that β-Ga2O3 crystals accumulate gallium vacancies and darken under room-temperature neutron exposure, yet remain ...
When neutrons slam into the metal walls of a nuclear reactor, they knock atoms out of their lattice sites and ...
A new analysis shows that uncertainties in helium diffusion parameters in zircon can shift predicted thermochronologic ages by hundreds of ...
A new study dissects the physical origins of uranium-lead measurement bias in laser ablation zircon dating and shows that directly ...
A new review in Ionics outlines how radiation-tolerant composite batteries could enable decentralised, maintenance-free power for the proposed India-based Neutrino ...
Physicists have shown that a graph neural network can discriminate genuine calorimeter signals from radiation-induced noise far better than fixed ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine