C60的结构、性质与应用

1006-852X200302-0059-04C60STRUCTURECHARACTERISTICSANDAPPLICATINC601221.4500072.450006WangGuangzuHuaLiLiBin1.ZhengzhouResearchInstituteforAbrasioes&GrindingZhengzhou450007C601985C6010C60C60TO127.1+1BAbstractC60isanaIIotropeofdiamond.SincethefindingofC60in1985ithasgottremendousinfIuenceinsciencificregionssuchasmateriaIsIifesciencemedicaIetcandshowedapromisingfuture.InthispaperansammerizationwasgivenonthestructurecharacteristicsandappIicationofC60.1C60C60C60/C70C6012160201260m35IhC60C60!SP2!SP3C60!106!101.640.335nm13CNMRC60121C60C60fccC60fcca=1.417nmC603C60100kVC60C60C60fccC60C60fccC60290K00.6GPa0.176GPaC60C60SCfcc45C60C-C0.145nm0.145nmT=0KT!375K6C60C60C601.6eVC-C3eVGUO7C60fcchcp0.9kcaI/moIT=1800KC6020034Apr.20031342Diamond&AbrasivesEngineeringSeriaI.134No.2C60321220C6022C60C606082C60909013357911105C60C60X300K11K2!=46Tc=249KC608XC60XC60C60111220SEMC601112001112002C60C60CurISmaIIeyKroto19962.1C603C604C6014291183577528cm-193C602.2C6010HPLCRMetermodeIHP4284AC60GPWHPLCRMeter1Vf20166Hz4C60GfGfC60#=106cm-1Wen1156C60PWC60C605X102Hz061344Gf5!f6PWfff2.3C60XX7122.4C60C607C60C60C6013C60C60+8.34.1840kj/molC60C60Yang14C602.62.8eVC60Cn-60C602.5C60C60162C60Biau15C60r=2X10-31esu50psZ.H.Kafafi16C60C60x3xxxx7X10-12esu2.6C60/C70Eier17LondonC60Fowier18C60C70Schmaij19C60!X=-222cgsppmC70X=-266cgsppmcgsppm10-6/20C60C600.1456nm0.139nm0.355nmC60E=0.757#E=-1.7eV21#=-2.25eVC60$X$C60=-86cgsppmX$C70=-216cgsppmC60C70X$C60=-308X$C70=-482cgsppm22233C60C60C6021SussexC60F60C60C60F60~700CC60TDAE0.86TDAEtetrakisdimenthgiaminoethyiene16.1KC60C60C60C60AGaAs110C60K30C60K3C60C60K3C60C60K3C60KSijbensmaC6024JokuyamaC60DNA25DuciosNunegRegueiroC6015GPa20GPa26C601C.S.Yannonietai.J.phys.chem.19919592R.Tyckoetai.J.phys.Chem.1991.9551831996413205207419984399339355.M.Zhang.et.ai.physRev.iett19916626336S.Saito.AostiyamaphysRev.Lett.1991.6626377Y.Guoet.ai.Nature19913514648.1996452198619919H.W.Krotoetai.Nature1985.3181910199641765665811WenCKitagawawKetai.Appi.phys.iett.1992.61182162216312199540541041213199540213113414YangS.HChem.phys.iett198713923315W.J.Biauetai.physRevLett.199167142316H.Kafafietai.Chem.phys.Lett199218849217Eiser.VHaddonRNature198732579279418FowierP.Wetai.Chemphys.Lett199016579-8619SchmaigT.GChem.physLett.1990.18418218620199338161465146721HaufierR.E.etai.Chem.phys.Lett199117944945522HaddonR.C.etai.Nature1991350464723RuoffR.Setai.J.Phys.Chem1991953457345924SijbesmaRetai.JAmChem.Soc1993115651025TokuyamaHetai.JAmChem.Soc19931157918261995942963012003-01-1126134C60的结构、性质与应用作者：王光祖，华丽，李斌作者单位：王光祖(郑州磨料磨具磨削研究所,郑州,450007)，华丽,李斌(郑州工业高等专科学校,郑州,450006)刊名：金刚石与磨料磨具工程英文刊名：DIAMOND&ABRASIVESENGINEERING年，卷(期)：2003(2)参考文献(26条)1.CSYannoni查看详情[外文期刊]19912.RTycko查看详情[外文期刊]19913.徐科明;解思深查看详情[期刊论文]-科学通报1996(03)4.谢斌查看详情1998(09)5.QMZhang查看详情[外文期刊]19916.SSaito查看详情[外文期刊]19917.YGuo查看详情19918.石磊查看详情1996(02)9.HWKroto查看详情198510.王刚查看详情1996(07)11.WenC;KitagawawK查看详情[外文期刊]1992(18)12.余朝文查看详情[期刊论文]-科学通报1995(05)13.王一波查看详情[期刊论文]-科学通报1995(02)14.YangSH查看详情198715.WJBlau查看详情[外文期刊]199116.HKafafi查看详情[外文期刊]199217.ElserV;HaddonR查看详情[外文期刊]198718.FowlerPW查看详情[外文期刊]199019.SchmalgTG查看详情199020.姜宗福查看详情1993(16)21.HauflerRE查看详情199122.HaddonRC查看详情199123.RuoffRS查看详情199124.SijbesmaR查看详情199325.TokuyamaH查看详情[外文期刊]199326.张宏广查看详情[期刊论文]-高压物理学报1995(04)本文读者也读过(10条)1.白佳声.杨慧敏.候克忠.陆明炯微纳米硬质合金的制备及应用[会议论文]-2.王志.巴德纯.蔺增.曹培江一维纳米材料的ECR-CVD方法制备[会议论文]-20043.唐清富.臧文成.张军.都有为电弧法制备W及WC纳米微粒[会议论文]-20014.鄢喜爱.杨金民.李小飞.田华.YANXi-ai.YANGJin-min.LIXiao-fei.TIANHuaMatlab在碳纳米管和C60建模中的应用[期刊论文]-湖南工程学院学报（自然科学版）2007,17(2)5.岳锌.赵纪军.邱介山.YUEXin.ZHAOJi-jun.QIUJie-shanC60富勒烯及其非经典衍生物:C58,C59和C62的第一性原理计算[期刊论文]-原子与分子物理学报2007,24(2)6.王念榕.刘晓林.闫涛.周蓉.陈建峰.WANGNian-rong.LIUXiao-lin.YANTao.ZHOURong.CHENJian-feng化学沉淀法制备纳米钛酸镁粉体[期刊论文]-北京化工大学学报（自然科学版）2005,32(6)7.纳米复合薄膜制备技术[期刊论文]-技术与市场2001(4)8.微纳米硬质合金的制备及应用[期刊论文]-材料导报2004,18(z3)9.王占国纳米半导体结构及量子器件[会议论文]-200210.徐鲁华.翁端.吴晓东.丁红梅浅谈稀土纳米催化材料的评价技术[会议论文]-2000引用本文格式：王光祖.华丽.李斌C60的结构、性质与应用[期刊论文]-金刚石与磨料磨具工程2003(2)