Scale removal cellular automaton oxidation models of metals in lead bismuth eutectic have been proposed. The hydraulic effect of the high temperature and high-density LBE has been considered in one new mesoscopic scale removal model. A scheme is proposed to fitting the mesoscopic data with the experimental data. The results have been fitted with the experimental data and benchmarked with previous numerical solutions and experimental data and significant agreements have been obtained. The proposed scale removal model has been used to estimate long-term behaviors of the oxide layer growth considering scale removal effect
Abstract We present results from a stochastic cellular automata (CA) model developed and employed fo...
The result of a fruitful, on-going collaboration between academia and industry, this book reviews re...
A diffusion controlling oxidation model, considering scale removal, is developed in an oxygen-contai...
Scale removal cellular automaton oxidation models of metals in lead bismuth eutectic have been propo...
The oxidation process of metals in lead bismuth eutectic (LBE) environment is studied at a mesoscopi...
The corrosiveness of lead bismuth eutectic (LBE), as an ideal coolant candidate in reactors and acce...
The corrosiveness of LBE, as an ideal coolant candidate in reactors and accelerator driven systems (...
The general kinetics of oxidation companied by scale removal such as scale dissociation, volatilizat...
Corrosion and oxidation of structure material in liquid lead alloys, which have been strongly associ...
The role of the alloying element has been analyzed during the oxidation process of stainless steels ...
Scale removal effect makes the high temperature oxidation in liquid metal flow environments very com...
The dynamics of a broad class of high-temperature oxidation accompanied by scale dissociation, volat...
A cellular automaton (CA) model based on the stochastic approach was proposed to simulate the proces...
Together with the thermodynamics and kinetics, the complex microstructure of high-entropy alloys (HE...
The formation of the spinel of magnetite and chrome oxide, is a very complex process, especially wit...
Abstract We present results from a stochastic cellular automata (CA) model developed and employed fo...
The result of a fruitful, on-going collaboration between academia and industry, this book reviews re...
A diffusion controlling oxidation model, considering scale removal, is developed in an oxygen-contai...
Scale removal cellular automaton oxidation models of metals in lead bismuth eutectic have been propo...
The oxidation process of metals in lead bismuth eutectic (LBE) environment is studied at a mesoscopi...
The corrosiveness of lead bismuth eutectic (LBE), as an ideal coolant candidate in reactors and acce...
The corrosiveness of LBE, as an ideal coolant candidate in reactors and accelerator driven systems (...
The general kinetics of oxidation companied by scale removal such as scale dissociation, volatilizat...
Corrosion and oxidation of structure material in liquid lead alloys, which have been strongly associ...
The role of the alloying element has been analyzed during the oxidation process of stainless steels ...
Scale removal effect makes the high temperature oxidation in liquid metal flow environments very com...
The dynamics of a broad class of high-temperature oxidation accompanied by scale dissociation, volat...
A cellular automaton (CA) model based on the stochastic approach was proposed to simulate the proces...
Together with the thermodynamics and kinetics, the complex microstructure of high-entropy alloys (HE...
The formation of the spinel of magnetite and chrome oxide, is a very complex process, especially wit...
Abstract We present results from a stochastic cellular automata (CA) model developed and employed fo...
The result of a fruitful, on-going collaboration between academia and industry, this book reviews re...
A diffusion controlling oxidation model, considering scale removal, is developed in an oxygen-contai...