A diameter of 0.4 nmφ, the inside of the C60 cage is a completely vacuum space with no electrons present. A free Li+ ion, which does not bond with anyone, is floating inside.
Characteristic Properties - A single Li+ ion exists freely and stably in the vacuum space of about 4 Å in the cage of C60, without bonding to the surrounding carbon. - Strong electron-accepting ability: The first reduction potential is approximately 0.7 eV lower than that of C60. - High ionic conductivity in organic solvents. - Exhibits intrinsic vibrations in the THz region. - The position of the Li+ ion inside C60 changes when an external electric field is applied. - Formation of stable complexes with organometals due to the effect of the encapsulated Li+ ion. - Forms stable donor-acceptor supramolecular complexes with organometals and dye complexes, achieving long-lived charge-separated states. *For more details, please contact us or download the PDF for further information.*
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Expected Applications - Wide-band, high-efficiency organic solar cells covering the near-infrared region - Secondary batteries with fast charge/discharge, high safety, and hysteresis-free characteristics - Composite secondary batteries - High-sensitivity detection of electromagnetic waves corresponding to intrinsic vibrations in the THz region - Bioapplications of ultra-high sensitivity, highly selective ppt donor-type molecular sensors - Prolonging the lifespan of high-efficiency perovskite organic solar cells - Applications in molecular switches, photoelectric conversion devices, and organic FET-based multivalued non-volatile memory - Challenges in creating innovative devices that accelerate the practical application era of bottom-up nanotechnology
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