Nucleation and growth are critical steps in crystallization, which plays an important role in
determining crystal structure, size, morphology, and purity. Therefore, understanding the …

Although there have been advances in synthesizing hierarchical semiconductor materials,
few studies have investigated the fundamental nucleation mechanisms to explain the origins …

Using rare earth elements as analogs for actinide series elements enables studying the
chemistry of these radioactive materials without the inherent risks. A fundamental …

There is a growing consensus that numerous crystallization processes occur via a”
nonclassical” mechanism, that is, involve transient noncrystalline structures (molecular …

A flow chemistry based continuous morphology-controllable precipitation strategy was
successfully developed for synthesis of europium oxalate hydrate microparticles. The effects …

Understanding radiation-induced chemical and physical transformations at material
interfaces is important across diverse fields, but experimental approaches are often limited …

Radiation driven reactions at mineral/air interfaces are important to the chemistry of the
atmosphere, but experimental constraints (eg simultaneous irradiation, in situ observation …

The oxalate anion has long been recognized as an excellent precipitating agent for trivalent
lanthanides and actinides owing to the remarkably low solubility of f-element oxalates in …

Owing to its curiously low solubility in acidic solutions, the oxalate anion has long been
recognized as an excellent precipitating agent for trivalent lanthanides and actinides [1]. It is …

The oxalate anion has long been recognized as an excellent precipitating agent for trivalent
lanthanides and actinides owing to the remarkably low solubility of f-element oxalates in …