Fromation of Li_mC_60+2n (m=1-3, n=-1 to 4) endohedral fullerenes in the collision of Li~+ ion with C_60

机译：在Li〜+离子的碰撞中形成Li_mc_60 + 2n（m = 1-3，n = -1至4）的腹端富勒烯

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The collisio-induced reaction of Li~+ with neutral C_60 vapor was investigated in the energy range of 10-100 eV suing laser desorption time-of-flight mass spectrometry (TOFMS). Form the positively charged TOF mass spectra, the max-mimum intensity of (LidirectaC_60_~+ was determined, which was about 60

机译：Li〜+与中性C_60蒸气的电力诱导的反应在10-100eV激光解吸飞行时间质谱（TOFMS）的能量范围内进行研究。形成正电荷的TOF质谱，最大值的最高强度（Lidirectac_60_〜+确定，约60

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《International conference on atomic collisions in solids》|1998年||共5页
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作者
Jinlong Gong; Jianguo Zhang; Senhao Lin;
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正文语种
中图分类碰撞与散射;
关键词
lithium ion; collision; c_60; endohedrals;

机译：锂离子;碰撞;c_60;endohedrals;

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专利

1. Rotational dynamics of endohedral C_60 fullerene complexes [J] . J.Hernandez-Rojas, J.Breton, J.M.Gomez LLorente The journal of physics and chemistry of solids . 1997,第11期

机译：内面C_60富勒烯配合物的旋转动力学
2. Isomer-Specific Trends with Charge State in Gas-Phase Reactions of Fullerene Cations, C_60~x+ (x = 1-3), with Nitromethane and Methyl Nitrite: Polymethoxylation of C60 Dications [J] . Vladimir Baranov, Alan C. Hopkinson, Diethard K. Bohme Journal of the American Chemical Society . 1997,第30期

机译：富勒烯阳离子C_60〜x +（x = 1-3）与硝基甲烷和亚硝酸甲酯气相反应中带电荷态的异构体特定趋势：C60阳离子的聚甲氧基化
3. Theoretical studies of structures and stabilities of endohedral fullerenes X0+@C-32 (X = H, Li, Na, K, Be, Mg, Ca, B, Al, C, Si, N, P, n = 1-3) [J] . Sun LL, Chang YF, Hong B, International Journal of Quantum Chemistry . 2007,第5期

机译：内面富勒烯X0 / n + @ C-32（X = H，Li，Na，K，Be，Mg，Ca，B，Al，C，Si，N，P，n = 1-3的结构和稳定性的理论研究）
4. Fromation of Li_mC_60+2n (m=1-3, n=-1 to 4) endohedral fullerenes in the collision of Li~+ ion with C_60 [C] . Jinlong Gong, Jianguo Zhang, Senhao Lin International conference on atomic collisions in solids . 1998

机译：在Li〜+离子的碰撞中形成Li_mc_60 + 2n（m = 1-3，n = -1至4）的腹端富勒烯
5. Trimetallic nitride endohedral C80 fullerenes and their application in Organic Photovoltaic devices [D] . Ross, Russel Brett 2009

机译：三氮氮化物Endohehedral C80富勒烯及其在有机光伏器件中的应用
6. Interaction in Li@Fullerenes and Li+@Fullerenes: First Principle Insights to Li-Based Endohedral Fullerenes [O] . Hongcun Bai, Hongfeng Gao, Wei Feng, 2019

机译：Li @ Fullerenes和Li + @ Fullerenes中的相互作用：基于锂的内面体富勒烯的第一原理见解
7. Fullerénkémiai vizsgálatok különös tekintettel új endohedrális, szupramoekuláris és biokompatibilis fullerén vegyületekre és radiofullerénekre valamint azok alkalmazására = Fullerene chemical investigation with special emphasis on new endohedral, supermolecular and biocompatible fullerene compounds and radiofullerenes [O] . Braun Tibor, Rausch Henrik 2007

机译：富勒烯化学研究，特别涉及新的内层，超分子和生物相容性富勒烯化合物和放射性富勒烯及其应用=富勒烯化学研究，特别侧重于新的内表面，超分子和生物相容性富勒烯化合物和放射性富勒烯
8. Endohedral Rare-Earth Fullerene Complexes. (Reannouncement with New AvailabilityInformation) [R] . Gillan, E. G., Yeretzian, C., Min, K. S., 1992

机译：内嵌稀土富勒烯配合物。（新可用性信息的重新通知）

Fromation of Li_mC_60+2n (m=1-3, n=-1 to 4) endohedral fullerenes in the collision of Li~+ ion with C_60

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