Horizontal zone refining has been widely used for the production of ultra-pure metals
through solidification-induced microsegregation effect. Current research on vertical zone …

A highly efficient purification process has been developed to enhance the purity of
germanium (Ge) up to 13 N from an initial 4N purity. Hall effect measurements demonstrated …

The present investigation delves into the potential of vertical zone refining as an effective
purification technique for achieving high-purity tin (Sn) metal. The utilization of vertical zone …

High-purity tellurium is a supporting material for contemporary high-tech industries. Zone
refining is commonly used as a reliable final purification step to achieve higher purity levels …

The UK's adoption of pyroprocessing of spent nuclear fuel as an alternative to the current
aqueous processing routes requires a robust scientific underpinning of all relevant …

Abstract LEGEND-200 (Large Enriched Germanium Experiment for Neutrinoless ββ Decay)
is a physics experiment at the Gran Sasso National Laboratories (LNGS) in Italy searching …

Effective distribution coefficient (ke) plays an important role in zone melting purification but
has never been systematically calculated as an important parameter. A novel analysis …

In this paper, the purification of lanthanum was studied by using zone-refining technology.
The equilibrium distribution coefficient of impurities was calculated using a liquidus slope …

High-purity tin is widely used in advanced technologies such as aerospace, electronic
information, and nuclear industry. It has become a key material supporting the development …

The reduction of Si concentration in β-Ga 2 O 3 crystals by the zone refining method was
investigated. By the chemical analysis of a quenched β-Ga 2 O 3 crystal coexisting with its …