Abstract:Metal fluxes such as Ga, In, and Sn are developed for liquid phase epitaxial growth of rare earth ultraphosphates in place of phosphoric acid flux. Solubility curves of
NdP5O14
for these fluxes are obtained. Using a tin flux,
false(normalNd,Yfalse)P5O14
layers having a few to twenty microns thickness are successfully grown both on the (100)‐oriented
NdP5O14
and (001)‐oriented
Gd0.33Y0.67P5O14
substrates. A preliminary growth mechanism is also reported.
Niedrig schmelzende Metalle wie Ga, In und Sn werden als Flußmittel für das Epitaxialwachstum von Seltenerdmetallultraphosphaten als Ersatz für H3PO4 getestet.
Niedrig schmelzende Metalle wie Ga, In und Sn werden als Flußmittel für das Epitaxialwachstum von Seltenerdmetallultraphosphaten als Ersatz für H3PO4 getestet.
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