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We investigated the effect of high flow rates (> 10 −5 mol/min) of metalorganic precursors on compositional evolution in indium phosphide antimonide (InP 1−x Sb x ) nanowires grown via chemical vapor deposition in the presence of indium droplets as catalysts on InP(111)B substrates maintained at ∼360°C. The as-grown nanowire morphology, composition, and crystallinity are...
We report the growth of InP 1−x Sb x nanowires, cones, and pillars via the vapor–liquid–solid process using metalorganic precursors and liquid indium as the catalyst. The as-grown nanostructure morphology, crystallinity, and composition were determined using electron microscopy, electron diffraction, and energy dispersive spectroscopy. We obtained pure zinc blende structured InP ...
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