Gibbsite is a common and important aluminum hydroxide mineral in natural environments
and various industries, but the mechanisms by which metal ions sorb on the gibbsite …

Understanding the dissolution of boehmite in highly alkaline solutions is important to
processing complex nuclear waste stored at the Hanford (WA) and Savannah River (SC) …

Over the last several decades, there have been several studies examining the radiation
stability of boehmite and other aluminum oxyhydroxides, yet less is known about the impact …

Corrosion of aluminium alloy clad nuclear fuel, during reactor operation and under
subsequent wet storage conditions, promotes the formation of aluminium hydroxide and …

The gibbsite has been employed to design hybrid flame retardants, the directly hydrothermal
pretreatment could enhance its reactivity in theory. Therefore, NaOH hydrothermally …

Artificial synapses based on protonic memristor have great potential in constructing neural
morphological computing system. However, further investigation is still required to …

Developing a predictive understanding of mineral-phase stability in extreme chemical
conditions such as those found in nuclear waste is challenging given the unknown influence …

Gibbsite [α-Al (OH) 3] is the solubility limiting phase for aluminum across a wide pH range,
and it is a common mineral phase with many industrial applications. The growth mechanism …

Aluminum anodizing process consumes a lot of energy for ions migration in solid phase.
Commonly, the aluminum foil is treated by boiling water to form crystalline γ'-Al 2 O 3 for …

Understanding the radiolytic reactivity of aluminum oxyhydroxide phases widely present in
stored nuclear wastes is essential to develop reliable processing approaches. Recent …