Coronene serves applications in the CVD processing of graphene for controlled growth with less defects; it can be used as nucleation seeds to improve graphene growth at low temperatures, which has cost advantages over high-temperature graphene growth for large-scale production.
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Form: Yellow-Yellow Gold Fibrous Powder
Weight: 250 mg
Graphene grown with coronene seeding is shown to have a higher carrier mobility than graphene grown without coronene. Papers report graphene fabricated at 400 °C by the seed-assisted process reached 912 cm2 V−1 s−1, which is considerably higher than that of 300 cm2 V−1 s−1 measured on graphene prepared without seeding.
Coronene may also have applications in graphene/copper hybrid interconnects as well as graphene based flexible electronics.
As evident from HPLC chromatography analysis (L-Leucine column as chiral stationary phase and isooctane/dichloromethane aa a mobile phase), the product is of high purity. Infrared spectral analysis exhibits characteristic absorption frequencies consistent with the structure of a coronene molecule.
Wu et al. Continuous graphene films synthesized at low temperatures by introducing coronene as nucleation seeds. Nanoscale 2013 Jun 21;5(12):5456-61
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