C的电子结合能

1XPS_DatabaseC1s的电子结合能：Energy(eV)ElementChemicalbondingRef277.1C1sGraphiteC(fluorationF2-HFsurfibreTorayca)117278.4C1sC-sec(fluorationavecF2-HFsurfibreTorayca)117279.2C1sCH4136279.6C1sCF(fluorationavecF2-HFsurfibreTorayca)117280.7C1sHfC111281.3C1sTiC150281.3C1sC-HSiO2/CaO=2etN(Al2O3)=0,102ou0,25apbomb27281.4C1sTiC197281.4C1sTiC(100)usingaphotonenergybetween330and380eV180281.4C1sC-HverreSiO2-Al2O3-CaOà1500°Capbombionique27281.6C1sC-Ti43281.6C1sTiC(100)usingaphotonenergybetween330and380eV180281.6C1sHfC47281.9C1scarbures45282C1sC-TiintheTiNcoatingsaftererosion43282C1sTiC47282C1sasinglecarbidespecies(C4-)asobservedina-C:H/Al223282.1C1sTiC(100)usingaphotonenergybetween330and380eV180282.1C1scarburedetitane199282.1C1sCarburedetitane(Etching26H,décapage26H)152282.3C1sAl-C23282.4C1sC-Si(SiC)226282.5C1sTaC47282.7C1sWC111282.7C1sC-O-Al(PET+Al/C=0.8)88282.8C1sC-SidansSiC226282.8C1sliaisonpi-COsurMoetNouformecarbure212282.8C1sCdsWC198283C1sCdsPMDA-ODAT=250°Cav1,0nmdeCr(Cr-carbure)131283.2C1spicattribuéaucarbure182283.2C1sformecarbureattribuéauCdsCr3C2aprèsbomb2h212283.3C1sBaC2150283.3C1spicintensif(aprèsbomb)212283.3C1spicseulavec70at%deCr212283.3C1sGraphiteC(fluorationF2-HFsurfibreC320.00A)117283.3C1sWC47283.5C1sAl-O-C(PET)56283.5C1s-(C*H2-CH2)n245283.5C1sCdiamant147283.5C1saprèsadsorp°deC2H4surlePt(111)à100K(220K)37283.6C1sC-O-Al(PETtypeA)39283.6C1ssatelliteCr3C2(surfnonbombardée)212283.7C1sC6H5XavecX=Anisole(OCH3)1362283.7C1sV6Mo4O25-MoO3-As2O3systeme219283.8C1sCH2+cyclebenzénique(PET)88283.8C1sTiO2-As2O5systeme219283.9C1sAlN/PPCbinderburnoutinnitrogen94283.93C1sC-H193284C1saprèsadsorp°deC2H2surlePt(111)à100K(100K)37284.1C1sCgraphite197284.1C1sC-C(CBougraphite)226284.1C1saprèsadsorp°deC2H2surlePt(111)à100K(650K)37284.1C1saprèsadsorp°deC2H4surlePt(111)à100K(600K)37284.1C1sAlN/PVBbinderburnoutinnitrogen94284.2C1sHOPG+C/F=20110284.2C1saprèsadsorp°deC2H5ClsurlePt(111)(300K)37284.22C1sHOPG142284.3C1sCgraphite150284.3C1sC(graphite)111284.3C1sC2,7F-C4,4FCsp2non-fonctdscouchesdegraphène99284.3C1saprèsadsorp°deC2H2surlePt(111)à100K(390K)37284.3C1saprèsadsorp°deC2H2surlePt(111)à100K(1130K)37284.3C1saprèsadsorp°deC2H4surlePt(111)à100K(100K)37284.3C1saprèsadsorp°deC2H4surlePt(111)à100K(320K)37284.3C1saprèsadsorp°deC2H4surlePt(111)à100K(1130K)37284.3C1sgraphite114284.3C1splasma:O2/Ar/NH3122284.3C1s30mndetraitementplasmaoxygènedugraphite122284.3C1splasma:O2/Ar122284.3C1splasma:O2/NH3122284.3C1splasma:Ar/NH3122284.36C1sgraphite(GRA)91284.4C1sMn(C5H5)2111284.4C1sC(intercalation:stade3)142284.4C1scarboneamorphe(échantillonbombardé)(i-C*)91284.4C1si-CH1*:carboneamorphehydrogéné(éch.bombardé)91284.4C1saprèsadsorp°deC2H5ClsurlePt(111)(110K)37284.4C1sC6H5XavecX=Benzonitrile(CN)136284.4C1sC6H5XavecX=Benzaldehyde(CHO)136284.4C1sGraphiteC(fibreC320.00A)117284.4C1sC-sec(fluorationavecF2-HFsurfibreC320.00A)117284.4C1sCF2(fluorationavecF2-HFsurfibreTorayca)117284.42C1sCforM-GICs(HOPG,regular)143284.45C1si-CH2:carboneamorphehydrogéné91284.45C1si-CH5:carboneamorphehydrogéné91284.45C1si-CH6:carboneamorphehydrogéné91284.5C1sCgraphite(HOPG)14284.5C1sCgraphite(HOPG)14284.5C1sSnPh41113284.5C1sCBdanslegraphite226284.5C1sdiamantpur199284.5C1sCgraphitique99284.5C1si-CH3:carboneamorphehydrogéné91284.5C1sC6H5XavecX=Fluorobenzene(F)136284.5C1sC6H5XavecX=Phenol(OH)136284.5C1sC6H5XavecX=Nitrobenzene(NO2)136284.5C1sC6H5XavecX=Acetophenone(COCH3)136284.5C1sC6H5XavecX=Diphenylether(PhO)136284.5C1sC6H5XavecX=Benzophenone(PhCO)136284.5C1sC6H5XavecX=Benzoylchloride(COCl)136284.5C1sPicduCélémentaire152284.5C1sC-Hwithasampleimmersedina60°Csolution11284.6C1sC-HinpulsedC6H6andC6H3F3plasmas46284.6C1sCHxinhexafluorobenzene46284.6C1s(CH2)n111284.6C1sC175284.6C1sC=CduPolyimideKapton15284.6C1sC-C,C-Hpollution-pyriten°1-163284.6C1sC-C,C-Hpollution-pyriten°2-163284.6C1sHOPG110284.6C1scarbonepur45284.6C1sC-C,C-H104284.6C1sC-C,C-H140284.6C1sC-Cdansunestersurface:controlPET(UWO)177284.6C1sCreliéàunHouunC(C-HouC-C)232284.6C1sdsPE-Ar(CH2ouC=C)48284.6C1sdsPE-Ar-TFE48284.6C1sgraphite(échantillonbombardé)(GRA*)91284.6C1sgraphite77284.6C1sbutanewithbias77284.6C1sionbeam77284.6C1sC6H5XavecX=Aniline(NH2)136284.6C1sGraphiteC(flurationavecClF3surfibreC320.00A117284.6C1sgraphite(publicationricheenEl)250284.6C1sgraphite174284.6C1scarbone(plasma:Air)188284.6C1sgraphite(plasmafaible:O2)190284.6C1straitéacidenitrique,nettoyageAr190284.6C1sC-C,décompositionselonlemodèleDoniachetSunjic95284.6C1sAlN/PVBbinderburnoutinair94284.6C1sAlN/PPCbinderburnoutinair94284.66C1sC(intercalation:stade1)142284.66C1sCforM-GICs(stage1,regularGICs)143284.7C1sC6H6150284.7C1sCgraphite1474284.7C1sC-CouC-H182284.7C1sGraphiteC(fluorationavecF2surfibreC320.00A)117284.7C1sgraphite(plasma:O2)190284.7C1sC-Hwithasampleimmersedinaroomt°solution11284.75C1si-CH1:carboneamorphehydrogéné91284.75C1si-CH4:carboneamorphehydrogéné91284.79C1sC(intercalation:stade3)142284.79C1sCforM-GICs(stage3,regularGICs)143284.8C1sC50284.8C1sC56284.8C1sC-H(PETPfilm)56284.8C1sC-H(PET:7x10puis15atd'AL/cm2)56284.8C1splasmapolymerisedethane(PPE)77284.8