Abstract
Molybdenum–rhenium (Mo/Re) alloys were investigated as substrates for thin-film, polycrystalline boron-doped diamond electrodes. Boron-doped semimetallic diamond was deposited on Mo-Re (42.5/57.5 wt. %) substrates by hot filament chemical vapor deposition method with a periodic magnetic field (PMF). Cyclic voltammograms showed the wide window and low baseline current of high-quality boron doped diamond electrodes. Overall, the Mo/Re alloys were suitable substrates for diamond growth. PMF may have a great practical application potential in diamond growth by chemical vapor deposition.
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