Maintaining the structural integrity of materials in nuclear power plants is an essential issue
associated with safe operation. Hydrogen (H2) addition or injection to coolants is a powerful …

The effects of water chemistry (deaerated (DO< 10 ppb), dissolved hydrogen (DH 1.6 ppm),
dissolved oxygen (DO 2 ppm), and oxygen treatment (OT 300 ppb O 2 and 100 ppb NH 3) …

Maintaining the integrity of materials of light-water nuclear power reactors requires the
development of effective methods to control and minimise the corrosive environment …

Monte Carlo track chemistry simulations were used to calculate the time-dependent yields
(G values) for the radical (eaq−, H˙,˙ OH) and molecular (H2, H2O2)“primary species” formed …

The effect of temperature on the yields of H2 and hydrated electrons (eaq−) in the low linear
energy transfer (LET) radiolysis of liquid water has been modeled by Monte Carlo track …

Monte Carlo track chemistry simulations were carried out to predict the yields (G-values) of
all primary radical and molecular species produced in the radiolysis of pure, neutral water …

Featured Application The integration of supercritical water (SCW) technology in proposed
Generation IV nuclear reactors marks a significant advancement in the evolution of nuclear …

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 …

Monte Carlo multitrack chemistry simulations were used in combination with a cylindrical,“
instantaneous pulse” irradiation model to study the effect of high dose rates on the early …

Monte Carlo simulations were used to calculate the yields for the primary species (e–aq, H•,
H2,• OH and H2O2) formed from the radiolysis of neutral liquid water by mono-energetic 2 …