Article ID Journal Published Year Pages File Type
1789438 Journal of Crystal Growth 2016 9 Pages PDF
Abstract

•Construction of a cost-efficient crystal growth apparatus.•Large single crystal growth of (In, Na): MnWO4-solid-solution compounds.•Polar symmetry of their atomistic structures.•Epitaxial growth of (In, Na): MnWO4 on MnWO4.

A simple high-temperature growth apparatus was constructed to obtain large crystals of chemically gradient (In, Na)-doped MnWO4solid-solutions. This paper presents the crystal growth and characterisation of both MnWO4and epitaxially grown (In, Na): MnWO4crystals on MnWO4. These large monolithic crystals were made in two steps: A MnWO4 crystal was grown in the crystallographic main direction [001] applying the Czochralski method, followed by the top seeded growth of (In, Na): MnWO4 solid-solutions with an oriented seed crystal of MnWO4. Such a monolithic crystal will serve to fundamental investigation of coupling properties at boundaries between various multiferroic MnWO4-typesolid-solutions.

Related Topics
Physical Sciences and Engineering Physics and Astronomy Condensed Matter Physics
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