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We present the composition engineering and Raman scattering study of BiSeTe nanoplates that were synthesized by chemical vapor deposition method using different substrates, including fluorophlogopite mica, SiO/Si. The characterizations revealed high crystallinity and layered-structure in the ternary BiSeTe products. Raman spectra of BiSeTe ranging from 80-200 cm-1 as a function of different Se-doping levels shows that intrinsic Raman peaks of BiSeTe nanoplates shift to higher frequency as the ratio of doped-Se increasing. The discontinuity of Raman peaks was found and discussed.


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