Titlebook: Endohedral Lithium-containing Fullerenes; Preparation, Derivat Yutaka Matsuo,Hiroshi Okada,Hiroshi Ueno Book 2017 Springer Nature Singapore

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Synthesis and Characterization of Lithium-Ion-Containing Fullerene,ction process was investigated for isolation and purification of lithium-containing [60]fullerene. At first, extraction with 1-chloronapthalene was performed to increase the content of Li@C.. However, inductively coupled plasma optical emission spectrometry in addition to routine laser desorption io

Fermentation

Li+@C60 Salts: Crystal Structures and Properties,the encapsulation of Li. inside the C. cage. Two Li.@C. salts, namely [Li.@C.]PF. and [Li.@C.]SbCl., were examined by in-depth crystallographic investigation. [Li.@C.]PF. underwent a phase transition at 370 K from a face-centered-cubic crystal system to a simple cubic system with decreasing temperat

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雄伟

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Computational Studies of Li@C60,at when Li. collides at the center of the 6-membered rings of ., the Li. ion passes through the 6-membered rings and becomes trapped in the C. cage. From the early period of endohedral metallofullerenes research, structural optimization of Li@C. was performed and its electronic structures were inves

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New Directions in Li@C60 Research: Physical Measurements,structures. UPS of Li@C. showed characteristic peaks due to electron transfer from the inner Li to the C. cage. Dielectric measurement for [Li.@C.]. at low temperature revealed a phase transition temperature .. at 24 K. Above .., the Li. ion was localized at two equivalent position, suggesting quant

LUDE

Book 2017ication research. The book covers synthesis, preparation, purification, structure, physical and chemical properties, derivatization, computational theoretical studies, and device application of Li@C.60.. Readers can learn cutting-edge nanotechnology of this exotic nanocarbon material, which is expec

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