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Enhanced optical limiting performance of a novel molybdenum complex of fullerene |
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| Authors: | Tieqiao Zhang Jianliang Li Peng Gao Qihuang Gong Kaluo Tang Xianglin Jin Shijun Zheng Lei Li |
| Affiliation: | a Department of Physics, Mesoscopic Laboratory, Peking University, Beijing 100871, China b Institute of Physical Chemistry, Peking University, Beijing 100871, China |
| Abstract: | Reverse saturable absorption of a novel molybdenum complex of fullerene (η2-C60) Mo(CO)2(o-phen)(DBM)·2C6H6·C5H12 has been investigated under irradiation of 10 ns laser pulses at 532 nm. An enhancement of the optical limiting behavior was observed in comparison with C60. An explanation based on the enhanced triplet-state absorption caused by the intra-molecular charge transfer was predicted. The relationship between the clamped laser fluence and low-intensity transmissivity, or the concentration of the solution, was also investigated and a linear dependence was revealed. |
| Keywords: | Light absorption Molybdenum Fullerenes Laser pulses Charge transfer Enhanced triplet state absorption Clamped laser fluence |
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