The behavior of bubbles was studied in a three‐phase mixture of alumina, gas and bath (an
investigation in a water model). Thermal and electrical balances were calculated for a low …

In the aluminum reduction cells, gas bubbles are generated at the bottom of the anode
which eventually reduces the effective current contact area and the system efficiency. To …

The results of physical simulation of the behavior of bubbles formed due to the
electrochemical evolution of oxygen on an inert anode during the high-temperature …

In an aluminum reduction cell, bubbles are generated on the anode surfaces. Before they
get out of the bath, they linger over between gap of the anode and the cathode, which leads …

A water model of the lab scale electrolysis cell presented previously has been constructed to
investigate bubble coalescence and movement under a surface with varying inclination …

Physical modeling of oxygen bubbles generated on the inert anode as a result of
electrochemical evolution at cryolite melt–alumina slurry electrolysis movement, growth and …

In order to understand more details of anodic bubble formation, coalescence and movement
mechanism under the horizontal anode bottom, a population balance model (PBM) was …

垂直惰性阳极铝电解槽内, 析气行为会影响氧化铝浓度分布和电流效率. 利用新设计的透明电解
槽进行了电解试验, 观察了大尺寸惰性阳极气泡的析出及逸出过程. 试验结果表明 …

Two dimensional simulations of the carbon dioxide production and its bubble flow under an
aluminum electrolysis anode were performed using a CFD model on ANSYS FLUENT. This …

Аннотация Представлены результаты физического моделирования поведения
пузырьков, образуемых в результате электрохимического выделения кислорода на …