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Ferrocene-doped C60 nanosheets consisting of alternating C60 and ferrocene layers were grown by liquid-liquid interfacial precipitation method, and their pressure-induced transformation at room temperature was investigated by means of Raman spectroscopy. The charge transfer and polymerization of C60 occur with increasing pressure even at room temperature, while the transition pressures are low compared with those of the same kind of sample reported previously. The discrepancy in the transition pressures can be attributed to the crystal quality. In addition, it should be noted that the structure of the sample recovered after decompression is found to be amorphous C60, although the Raman spectrum almost completely returns to the starting one of isolated C60. Such depolymerization of C60 would be due to the effect of ferrocene layers which stabilize the initial isolated C60 at ambient temperature and pressure.

Pressure-induced transformation of ferrocene-doped C<sub>60</sub> nanosheets fabricated by liquid-liquid interfacial precipitation method