OALib Journal期刊
ISSN: 2333-9721
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新型d-π-a分子的设计及第一超极化率的理论研究
, PP. 73-77
Keywords: 杂环,非线性光学,第一超极化率,三氰呋喃
Abstract:
采用hf/6-31g(d)//cphf/6-31g(d)方法研究了42个设计d-π-a分子的结构、分子的第一超极化率和其它物理性质.研究结果表明,取代基、分子内电荷转移、前线轨道能隙和偶极矩等对设计分子的第一超极化率有影响.本文的研究结果为设计和合成性能优良的有机非线性光学(nlo)材料提供理论指导.
References
[1] | melikiang,rouessacfp,alexanderc.synthesisofsubstituteddicyanomethylendihydrofurans[j].synthcommun,1995,25(19):3045-3051.
|
[2] | mingh,thomasl,seang,eta.lsynthesisofnewelectro-opticchromophoresandtheirstructure-propertyrelationship[j].jphyschemb,2004,108(25):8731-8736.
|
[3] | yil,bruceee,kimberlyaf,eta.lsystematicstudyofthestructure-propertyrelationshipofaseriesofferrocenylnonlinearopticalchromophores[j].jamchemsoc,2005,127(8):2758-2766.
|
[4] | daltonlr,harpera,rena,eta.lpolymericelectro-opticmodulators:fromchromophoredesigntointegrationwithsem-iconductorverylargescaleintegrationelectronicsandsilicafiberoptics[j].indengchemres,1999,38(1):8-33.
|
[5] | chengz,chuangw,daltonlr.progresstowarddevice-qualitysecond-ordernonlinearopticalmaterials.4.atrilinkhighlbnlochromophoreinthermosetpolyurethane:a/guest-host0approachtolargerelectroopticcoefficients[j].macro-molecules,2001,34(2):253-261.
|
[6] | mingqh,thomasml,johnas,eta.lsynthesisofchromophoreswithextremelyhighelectro-opticactivities.2.isophorone-andcombinedisophorone-thiophene-basedchromophores[j].chemmater,2002,14(11):4669-4675.
|
[7] | joshuaad,arumuge,philipas,eta.lrationalenhancementofsecond-ordernonlinearity:bis-(4-methoxyphenyl)hetero-ary-laminodonor-basedchromophores:design,synthesis,andelectro-opticactivity[j].jamchemsoc,2008,130(32):10565-10575.
|
[8] | 王娟娟,朱小蕾,陈凯.1,2,3,4-四氢喹唑啉衍生物的第一超极化率的理论研究[j].南京师大学报:自然科学版,2006,29(2):66-72.
|
[9] | 邵志雅,朱小蕾,钱旭.氮蒽衍生物分子第一超激化率的理论研究[j].南京师大学报:自然科学版,2008,31(2):80-86.
|
[10] | zhangc,daltonlr,ohmc,eta.llowvpelectroopticmodulatorsfromcld-1:chromophoredesignandsynthesis,materialprocessing,andcharacterization[j].chemmater,2001,13(9):3043-3050.
|
[11] | chengyj,luoj,haus,eta.llargeelectro-opticactivityandenhancedthermalstabilityfromdiarylaminopheny-lconta-ininghigh-bnonlinearopticalchromophores[j].chemmater,2007,19(5):1154-1163.
|
[12] | taedk,jingdl,yenjc,eta.lbinarychromophoresystemsinnonlinearopticaldendrimersandpolymersforlargeelectro-opticactivities[j].jphyschemc,2008,112(21):8091-8098.
|
[13] | greeshmag,williamhs,yil,eta.lmodelingphotobleachingofopticalchromophores:light-intensityeffectsinprecisetrimmingofintegratedpolymerdevices[j].jphyschemc,2008,112(21):8051-8060
|
[14] | seihj,jingd,neilmt,eta.linfluenceofisomerizationonnonlinearopticalpropertiesofmolecules[j].jphyschemb,2006,110(27):13512-13522.
|
[15] | takimotoy,isborncm,eichingerbe,eta.lfrequencyandsolventdependenceofnonlinearopticalpropertiesofmolecules[j].jphyschemc,2008,112(21):8016-8021.
|
[16] | juminh,meijh,kunpg,eta.lanovelnloazothiophene-basedchromophore:synthesis,characterization,thermalstabilityandopticalnonlinearity[j].materialsletters,2008,62(6/7):973-976.
|
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