The positive muon (μ+) can be incorporated into free radicals where it acts as a probe of the
structure and dynamics. The muoniated radicals are characterized by a series of magnetic …

Safe operation of supercritical water-cooled reactors requires knowledge of the kinetics of
transient species formed by the radiolysis of water in the range 300–650° C. Using …

The times taken by positive muons (μ+) to slow down from initial energies in the range∼ 3 to
1 MeV, to the energy of the last muonium formation,≈ 10 eV, at the end of cyclic charge …

The rate constants for reactions involved in the radiolysis of water under relevant
thermodynamic conditions in supercritical water-cooled reactors are estimated for inputs in …

Muoniated free radicals have been detected in muon-irradiated aqueous solutions of
acetone at high temperatures and pressures. At temperatures below 250° C, the radical …

Rate constants are reported for near-diffusion-controlled reactions of muonium in sub-and
supercritical water. Specifically, the spin-exchange interaction of muonium with Ni2+ and the …

There is a pressing need to identify and monitor reaction intermediates in water at high
temperatures and pressures, but conventional techniques have limited capability for …

[en] Various studies have shown that rate constants of many reactions in water go through a
plateau before reaching the critical point. In 2002, Ghandi et al. proposed a model that …

This study introduces laser-muon spin spectroscopy in the liquid phase, which extends
muonium chemistry in liquids to the realm of excited states and enables the detection of …

Diamagnetic and muonium (Mu) fractions formed in low-pressure inert gases, by energetic
muon implantation, have been studied using the technique of time-delayed radio frequency …