Mineral/aqueous interfaces are ubiquitous in geochemistry and are employed for
applications spanning catalysis to CO 2 sequestration. Small changes in interface …

The chemical, electrochemical, and thermal processes for the production of aluminum from
alumina, including alumina refining, electrolysis, and recycling, are discussed. The Bayer …

To improve the ignition and combustion performance of micron-sized aluminum powder (m-
Al) in CO 2, a self-made pipe furnace experimental platform was established to study the …

We investigate the spherically symmetric dissolution of an initially cold alumina particle in a
bath of molten cryolite. The cryolite initially freezes on the particle, forming a shell that must …

Ilmenite (FeTiO 3) is an important source of titanium, for which the main application is TiO 2
pigment. One route to the production of TiO 2 from ilmenite may be the digestion of both the …

To overcome the difficulties that are associated with the online recognition of the alumina
dissolution properties in industrial aluminium electrolysis cells, this paper proposes a …

The dissolution process of alumina in a three-dimensional 300 kA aluminum reduction cell
was modeled and simulated employing our custom code. A two-particle phase population …

The present review is intended to encompass the English language heat transfer papers
published in 1999. The papers have been placed into a number of subject categories. While …

Thermal energy storage and transfer technology has received significant attention with
respect to concentrating solar power (CSP) and industrial waste heat recovery systems. In …

A novel methodology for studying the dissolution of powders based on a “single particle”
approach is presented. A single particle is the basic unit composing the bulk of a powder …