Abstract
ZnGeN2 as exemplary compound for II‐IV‐N2 materials allows fascinating insights into this class of materials that can be thought of as earth‐abundant alternative to wurtzite‐type III–V semiconductors. A classical route to achieving ZnGeN2 is through the ammonolysis reaction of Zn2GeO4 at higher temperatures. Using a combination of X‐ray and neutron powder diffraction together with chemical analyses, a systematic study of the influences of time and temperature on this reaction, yielding in the formation of zinc germanium oxide nitrides in a wurtzite‐type structure with variable elemental compositions is presented. This further allows to identify the underlying reaction mechanism of this ammonolysis reaction.
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