3.897rb

NubasetableEXPLANATIONOFTABLEDataarepresentedingroupsorderedaccordingtomassnumberA.
NuclideNuclidicname:massnumberA=N+Zandelementsymbol(forZ>103seeSection2).
MassexcessMassexcessM(inu);A],inkeV,anditsonestandarddeviationuncertaintyasgiveninthemostrecent\AtomicMassEvaluation"(Ame'95).
Noupdatingshavebeenmadeformass-excessesorforisomericex-citationenergies.
Whenimportantnewinformationexist,remarkshavebeenadded.
TheroundingpolicyisthatofAme'95.
#inplaceofdecimalpoint:valueanduncertaintyderivednotfrompurelyexperimentaldata,butatleastpartlyfromsystematictrends(cf.
Ame'95).
ExcitationenergyEnergydierence,inkeV,betweenlevelsadoptedashigherlevelandgroundstate,anditsonestandarddeviationuncertainty,asgiveninAme'95(seeexplanationfor\Massexcess"above).
#inplaceofdecimalpoint:valueanduncertaintyderivedfromsystematictrends(seeabove).
Theexcitationenergyisfollowedbyitsorigincode,whenderivedfromamethodotherthan-rayspectrometry:MDMassdoubletRQReactionenergydierenceADenergydierenceBDenergydierencepprotondecayNmestimatedvaluederivedwithhelpofNilssonmodelWhentheexistenceofanisomerisquestionable,thefollowingcodesareused:EUexistenceofisomerisunderdiscussion(e.
g.
,141Tbm).
Ifexistenceisstronglydoubted,noexcitationenergyandnomassaregiven.
Theyarereplacedbythemention\non-existent"(e.
g.
,138Pmn).
RNisomerisprovednottoexist(e.
g.
,184Lum).
Excitationen-ergyandmassarereplacedbythemention\non-existent"(e.
g.
,168Rem).
Isomericassignment:IncasetheuncertaintyontheexcitationenergyEislargerthanhalfthatenergy(>E=2)anasterixhasbeenadded(e.
g.
,130Inand130Inm).
&Incasetheorderingoftheground-andisomeric-stateshavebeenreversedcomparedtoEnsdf,anampersandsignhasbeenadded(e.
g.
,87Nband87Nbm).
21Half-lifes=secondsm=minutesh=hoursd=daysy=years1y(tropicalyear1900)=31556925.
9747sor365.
24219878dStable=stablenuclideornuclideforwhichnonitevalueforhalf-lifehasbeenfound.
#inplaceofdecimalpoint:valueanduncertaintyderivednotfrompurelyexperimentaldata,butatleastpartlyfromsystematictrends.
subunits:ms:10;3smillisecondky:103ykiloyears:10;6smicrosecondMy:106ymegayearns:10;9snanosecondGy:109ygigayearps:10;12spicosecondTy:1012yterayearfs:10;15sfemtosecondPy:1015ypetayearas:10;18sattosecondEy:1018yexayearzs:10;21szeptosecondZy:1021yzettayearys:10;24syoctosecondYy:1024yyottayearJSpinandparity:()uncertainspinand/orparity.
#indicatesvaluesestimatedfromsystematictrendsinneighboringnuclideswithsameZandNparities.
highhighspin.
lowlowspin.
EnsYearofthearchivalleoftheEnsdf.
ReferenceReferencekeys:92Pa05UpdatestoEnsdfderivedfromregularjournal.
ThesekeysaretakenfromNuclearDataSheets.
Wherenotyetavailable,thestyle97Ya.
1hasbeenused.
95Am.
AUpdatestoEnsdfderivedfromabstract,preprint,privatecom-munication,conference,thesisorannualreport.
Thereferencekeysarefollowedbyone,twoorthreelettercodeswhichspeciestheaddedormodiedphysicalquantities:Tforhalf-lifeJforspinand/orparityEfortheisomerexcitationenergyDfordecaymodeand/orintensityIforidentication22DecaymodesDecaymodesfollowedbytheirintensities(in%),andtheironestandarddeviationanduncertainties.
Thespecialnotation1.
8e{12standsfor1:810;12.
intensitiesTheorderingisaccordingtodecreasingintensities.
emissionp2pproton-emission2-protonemissionn2nneutronemission2-neutronemissionelectroncapturee+positronemission++decay(+=+e+);;decay2;double;decay2+double+decay;n;delayedneutronemission;2n;delayed2-neutronemission+p+delayedprotonemission+2p+delayed2-protonemission;;delayedemission++delayedemission;d;delayeddeuteronemissionITinternaltransitionSFspontaneousssion+SF+delayedssion;SF;delayedssion24Ne.
.
.
heavyclusteremissionForlong-livednuclides:ISIsotopicabundance.
.
.
listiscontinuedinaremark,attheendoftheA-groupAremarkonthecorrespondingnuclideisgivenbelowtheblockofdatacorre-spondingtothesameA.
Remarks.
Fornuclidesindicatedwithanasterixattheendoftheline,remarkshavebeenadded.
TheyarecollectedingroupsattheendofeachblockofdatacorrespondingtothesameA.
Theystartwithacodeletter,liketheonesforthe\Reference"above,indicatingtowhichquantitytheremarkapplies.
Theygive:1.
Continuationforthelistofdecays.
Inthiscase,theremarkstartswiththreedots.
2.
Informationexplaininghowavaluehasbeenderived.
3.
Reasonsforchangingavalueoritsuncertaintyasgivenbytheauthorsorforrejectingit.
4.
Complementaryreferencesforupdateddata.
5.
Separatevaluesenteringanadoptedaverage.
6.
Theoriginalvalueanditsupperandloweruncertaintiesinthecaseofanasymmetricresult(seeSection6).
7.
Newdataonmassesthatwerenotincludedinthemostrecent\AtomicMassEvaluation"(Ame'95),butthatareofimportanceindeterminingtheisomericorderingortheisomericexcitationenergy.
8.
Postcut-odate(December31,1996)information.
23NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)1n8071:3230:002614:6s1.
11=2+9496By03T;=1001H7288:9690:001Stable1=2+94IS=99.
98511nT:meanlife96By03=889.
2(4.
8)scombinedwith7othervalues,see96By032H13135:7200:001Stable1+94IS=0.
01513H14949:7940:00112:33y0.
061=2+96;=1003He14931:2040:001Stable1=2+87IS=0.
00013734H25930110100ys202;8292Ti02Dn=1004He2424:9110:001Stable0+94IS=99.
99986334Li2532021091ys92;9492Ti02Dp=1004HT:from91Go194LiT:from65Ce025H3683095080ys301=2+#8495Al.
ATDn=1005He1139050760ys303=2;84n=1005Li1168050300ys3=2;84p=1005Be38000#4000#1=2+#84p5HT:average91Go19=66(25)95Al.
A=1106H41860260320ys60(2;)8488Aj01DJ3n4n6He17594:11:0806:7ms1.
50+8490Ri01D;=100;d=0.
0002856Li14086:30:5Stable1+94IS=7.
526Be1837455:0zs0.
30+842p=1006HT:from86Be35D:seediscussioninthetext7He26110302:9zs0.
5(3=2);89n=1007Li14907:70:5Stable3=2;89IS=92.
527Be15769:50:553:29d0.
073=2;89=1007B2787070350ys50(3=2;)89p=1007BeT:averageof3valuesinEnsdf.
Seealso96Ja10=53.
12(0.
07)8He315987119:0ms1.
50+8988Aj01D;=100;n=161;t=0.
918Li20946:20:5838ms62+8988Aj01D;=100;=1008Be4941:660:0467as170+94=1008B22921:01:1770ms32+8988Aj01D+=100+=1008C35094232:0zs0.
40+892p=1008HeD:;nintensityisfrom88Aj01;tintensityfrom86Bo418LiD:;decaytorst2+statein8Be,whichdecays100%in28BD:+to2excitedstatesin8Be,thenand,butnotto8Beground-state9He40820607zs41=2;#8988Aj01Dn=1009Li24953:91:9178:3ms0.
43=2;8995Re.
AD;=100;n=50.
829Be11347:60:4Stable3=2;89IS=100.
9B12415:71:0800zs3003=2;94p=1009C28913:72:2126:5ms0.
9(3=2;)8988Aj01D+=100+p=23+=179HeT:derivedfromwidth100(60)keVin95Bo.
B9LiD:also92Te03;n=51(1)%,outweighed9CD:+=12%and11%to2excitedp-emittingstatesin9B,and17%toemitter10He48810702:7zs1.
80+94Os04T2n=10010Li33050152:0zs0.
5(1;2;)8994Yo01TJn=10010Be12606:60:41:51My0.
060+88;=10010B12050:80:4Stable3+94IS=19.
9210C15698:60:419:290s0.
0120+9490Ba02T+=10010N39700#400#1;#p10HeD:mostprobably2neutronemitterfromS2n={-1070(70)keV24NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)11Li40796278:59ms0.
143=2;9296Mu19T;=100;n=84.
98;2n=4.
14.
.
.
11Be20174613:81s0.
081=2+9281Al03D;=100;=2.
9411B8668:00:4Stable3=2;92IS=80.
1211C10650:51:020:39m0.
023=2;92+=10011N24960180500ys801=2+9296Ax01TJp=10011LiD:.
.
.
;3n=1.
92;n=1.
006;t=0.
0143;d=0.
013511LiD:;n,;2nand;3nintensitiesarefrom89Ha.
2'sevaluation11LiD:;nintensityisfrom84La27;dintensityfrom96Mu1911LiD:;t:average84La27=0.
010(4)%96Mu19=0.
020(5)%d11LiT:average96Mu19=8.
2(0.
2)95Re.
A=8.
4(0.
2)81Bj01=8.
83(0.
12)74Ro31=8.
5(0.
2)12Li50100#1000#200ns3=2;#86Po13T;19C3283011046:2ms2.
3(1=2+)88Du09TD;=100;n=473;2n=7319N1586016271ms8(1=23=25=2);9695Re.
ATD;=100;n=54.
61419O3334326:464s0.
0095=2+9694It.
AT;=10019F;1487:400:07Stable1=2+96IS=100.
19Ne1751:10:617:296s0.
0051=2+9694Ko.
AT+=10019Na1292912200ns0+9386Po13T;22N3208020018ms590Mu06TD;=100;n=35522O9280602:25s0.
150+9395Re.
AD;=100;n200ns1=2;#85La03T;23O1462010090ms401=2+#9390Mu06T;=100;n=31723F3330802:23s0.
14(3=25=2)+9395Re.
AT;=100;n200ns3=2+#86La17T+23OT:symmetrizedfrom82(+45{28)23AlD:+p=3.
5(1.
9)%fromtheIAS.
Total=3.
54.
8/2.
2=7.
6%23SiT:42.
3(0.
4)ms+=100%+p88%+2p=3.
6(0.
3)%inpostcut-odate97Bl0424N47040#500#200ns5=2+#9385La03T;27Ne70909032ms23=2+#9392Te03TD;=100;n=2.
0527Na;558040301ms65=2+9384Gu19D;=100;n=0.
13427Mg;14586:500:209:458m0.
0121=2+93;=10027Al;17196:830:13Stable5=2+94IS=100.
27Si;12384:430:164:16s0.
025=2+94+=10027P;75040260ms801=2+9396Og01D+=100+p=0.
0727S17510#200#21ms4(5=2+)9391Bo32TJD+=100+2p=2.
010+p=27NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)28F33230#510#200ns5=2+#89Gu03T;29Ne18020300200ms1003=2+#92Te03TD;=10029Na26209044:9ms1.
23=2(+#)9390En08J;=100;n=25.
92329Mg;10661291:30s0.
123=2+94;=10029Al;18215:51:26:56m0.
065=2+93;=10029Si;21895:0250:028Stable1=2+96IS=4.
672129P;16951:90:74:142s0.
0151=2+96+=10029S;316050187ms45=2+9379Vi01D+=100+p=46.
41029Cl13140#200#200ns0+85La03T;30Na85909048ms22+93;=100;n=304;2n=1.
1716.
.
.
30Mg;888070335ms170+9384La03D;=100;n260ns7=2;#96Sa34T;;n31Na1266016017:0ms0.
4(3=2+)9393Kl02J;=100;n=375;2n=0.
92.
.
.
31Mg;322080230ms203=2+9690En08D;=100;n=1.
7331Al;1495420644ms25(5=23=2)+9395Re.
AD;=100;n200ns0+90Gu02T;;n32Na1830048013:2ms0.
4(3;4;)9393Kl02J;=100;n=247;2n=8232Mg;80010095ms160+9395Re.
AT;=100;n=2.
4532Al;110609031:7ms0.
81+9695Re.
ATD;=100;n=0.
7532Si;24080:92:2132y130+9393Ch10T;=10032P;24305:320:1914:262d0.
0141+94;=10032S;26015:980:11Stable0+94IS=95.
02932Cl;133317298ms11+9379Ho27D+=100+=0.
0548+p=0.
026532Ar;21805098ms20+93+=100+p=43332K20420#500#1+#p32MgT:average95Re.
A=85(13)84La03=120(20)28NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)33Na2551014908:2ms0.
43=2+#93;=100;n=5220;2n=12533Mg520015090ms207=2;#96;=100;n=17533Al;85007040:5ms2.
85=2+#9395Re.
ATD;=100;n=8.
5733Si;20492166:18s0.
183=2+#93;=10033P;26337:71:125:34d0.
121=2+94;=10033S;26586:240:11Stable3=2+94IS=0.
75133Cl;21003:50:52:511s0.
0033=2+93+=10033Ar;938030173:0ms2.
01=2+93+=100+p=38.
71033K6760#200#200ns0+89Gu03T;36Al592027090ms4095Re.
ATD;=100;n260ns7=2;#96Sa34T;;n37Al9600540>1s3=2+#91Or01T;37Si;652013090ms607=2;#95Re.
ATD;=100;n=171337P;18990402:31s0.
131=2+#93;=10037S;26896:220:255:05m0.
027=2;94;=10037Cl;31761:520:05Stable3=2+94IS=24.
23537Ar;30948:00:335:04d0.
043=2+94=10037K;24799:240:271:226s0.
0073=2+94+=10037Ca;1316122181:1ms1.
03=2+9395Tr03TD+=100+p=74.
5737Sc2840#300#7=2;#p29NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)38Al15740#560#>200ns89Gu03T;38Si;3740270>1s0+91Zh24T;;n38P;14470140640ms1409395Re.
AD;=100;n=12538S;268617170:3m0.
70+94;=10038Cl;29797:980:1137:24m0.
052;93;=10038Clm;29126:620:11671:3610:008715ms35;93IT=10038Ar;34714:80:5Stable0+94IS=0.
0632538K;28801:70:77:636m0.
0183+94+=10038Km;28671:30:8130:40:3923:9ms0.
60+94+=10038Ca;220595440ms80+93+=10038Sc;4940#300#200ns3=2+#89Gu03T;39Si2140#400#>1s7=2;#90Au.
AT;39P;12650150190ms501=2+#9395Re.
ATD;=100;n=26839S;231605011:5s0.
5(3=25=27=2);93;=10039Cl;29800:71:755:6m0.
23=2+93;=10039Ar;332425269y37=2;94;=10039K;33806:840:28Stable3=2+94IS=93.
25814439Ca;27276:31:8859:6ms1.
43=2+94+=10039Sc;1416824260ns96Sa34T;;n40Si5400#500#>200ns0+89Gu03T;40P;8340200290ms809389Le16T;=100;n=301040S;228502308:8s2.
20+93;=10040Cl;27560301:35m0.
022;93;=10040Ar;35039:8900:004Stable0+93IS=99.
60033040K;33535:020:271:277Gy0.
0084;94IS=0.
01171;=89.
2813.
.
.
40Ca;34846:110:29Stable0+94IS=96.
941182+40Sc;205264182:3ms0.
74;93+=100+p=0.
447.
.
.
40Ti;885016060ms150+9390De43TD+=100+p=43640V10330#500#2;#p40AlI:tentative.
Onlyoneeventhasbeenobserved40PT:symmetrizedfrom260(+100{60)40KD:.
.
.
+=10.
721340ScD0.
017540TiT:symmetrizedfrom56(+18{12)andpostcut-odate97Li.
1=55(2)ms40TiT:postcut-odate97Po.
A=51.
8(0.
4)msand+p=100.
5(2.
7)%.
Inthework40TiT:of90De43,notallthe+pactivitywasobserved41Si11830#600#>200ns7=2;#89Gu03T;41P;4840470120ms201=2+#93;=100;n=301041S;186002102:6s1.
47=2;#95Re.
ATD;=100;n41Cl;273406038:4s0.
8(1=23=2)+93;=10041Ar;33067:30:7109:34m0.
127=2;94;=10041K;35558:870:26Stable3=2+94IS=6.
73024441Ca;35137:50:4103ky47=2;94=10041Sc;28642:20:3596:3ms1.
77=2;94+=10041Ti;15710#40#80ms23=2+93+=100+p10041V;240#250#7=2;#p30NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)42Si15000#700#>200ns0+90Le03T;42P80#500#120ms309389Le16T;=100;n=502042S;17240330560ms600+95So03TD;=100;n350ns0+96Bl21T+2p42PT:symmetrizedfrom110(+40{20)42CrT:20msexpectedfromsystematicsof+half-lives43P3080#500#33ms31=2+#95So03TD;=100;n=10043S;12480840240ms707=2;#9389Le16T;=100;n=401043Cl;240301603:3s0.
23=2+#93;=100;n43Ar;31980705:37m0.
06(5=23=2)(;#)93;=10043K;36593922:3h0.
13=2+93;=10043Ca;38408:40:5Stable7=2;94IS=0.
135643Sc;36187:61:93:891h0.
0127=2;94+=10043Ti;293207509ms57=2;93+=10043V;18020#230#>800ms7=2;#92Bo37T+43Cr;2140#90#22ms4(3=2+)92Bo37TJD+=100+p=236+2p=65+43ST:symmetrizedfrom220(+80{50)43ArJ:fromsystematics,thereisapreferencefor5/2;43VT:tobeconrmed.
80msexpectedfromsystematicsof+half-life43CrT:symmetrizedfrom21(+4{3)43CrD:from+p(1/2+)=17(4)%and+p++2p(IAS)=12(4)%,asanalyzedwith96Po.
A44P9200#700#>200ns89Gu03T;44S;10880#500#123ms100+9393So06TD;=100;n=18344Cl;19990220434ms6095So03TD;=100;n200ns1=2+#9390Le03T;45S;4830#600#82ms133=2;#95So03TD;=100;n=5445Cl;18910650400ms403=2+#95;=100;n=24445Ar;297206021:48s0.
15(1=23=25=2);95;=10045K;366081017:3m0.
63=2+95;=10045Ca;40812:50:9162:67d0.
257=2;9594Lo04T;=10045Sc;41069:31:1Stable7=2;95IS=100.
45Scm;41056:91:112:400:05318ms73=2+95IT=10031NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)45Ti;39006:91:2184:8m0.
57=2;95+=10045V;3187417547ms67=2;95+=10045Cr;19410#100#50ms67=2;#95+=100+p>2745Crm;19310#120#100#70#1#ms3=2+#IT+45Mn;5110#300#350ns3=2+#96Bl21Tp2p45ArJ:7/2;isexpectedfromtheoryandfromsystematics.
SeeEnsdf.
45FeT:butnotobservedby92Bo37,with200ns90Le03T;46S;400#700#>200ns0+89Gu03T;46Cl;14790#500#220ms4093So06TD;=100;n=60946Ar;29720408:4s0.
60+93;=10046K;3541916105s102(;)9382To02J;=10046Ca;43134:92:4Stable0+93IS=0.
00432;46Sc;41758:61:183:79d0.
044+93;=10046Scm;41616:11:1142:5280:00718:75s0.
041;93IT=10046Ti;44125:31:1Stable0+93IS=8.
25346V;37073:91:5422:37ms0.
200+93+=10046Vm;36272:41:5801:520:101:02ms0.
073+93IT=10046Cr;2947120260ms600+93+=10046Mn;12370#110#42ms7(4+)9392Bo37TDJ+=100+p=222+2p+46Mnm;12220#120#150#50#1#ms1;#+46Fe760#350#28ms150+9392Bo37TD+=100+p=46MnT:symmetrizedfrom41(+7{6)46FeT:symmetrizedfrom20(+20{8)47S7100#800#>200ns3=2;#9589Gu03T;47Cl;11230#600#>200ns3=2+#9589Gu03T;=100;n200ns0+90Le03T;48Cl;4800#700#>200ns89Gu03T;48Ar;23220#300#0+;48K;32124246:8s0.
2(2;)95;=100;n=1.
141548Ca;44215451Ey230+9596Ba80TDIS=0.
18742;=;48Sc;44493543:67h0.
096+95;=10048Ti;48487:01:0Stable0+95IS=73.
72348V;44474:72:615:9735d0.
00254+95+=10048Cr;42815721:56h0.
030+95+=10048Mn;29000#70#158:1ms2.
24+9587Se07D+=100+p=0.
284+=6e{448Fe;18110#100#44ms70+9596Fa09TD+=100+p=3.
61148Co1640#400#6+#p48CaT:symmetrizedfrom43(+24{11statistics+14systematics)48CaT:alsoT>36Eyfrom70Ba61.
Single;decay:T>6Ey(95%CL),from85Al1748MnD:one+eventwasobserved,versus437+p,ing.
4of87Se0732NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)49S20500#1000#170ns3=2+#95;49Ar;16600#500#>170ns3=2;#95;49K;30320701:26s0.
05(3=2+)95;=100;n=86949Ca;4129048:718m0.
0063=2;95;=10049Sc;46552457:2m0.
27=2;95;=10049Ti;48558:01:0Stable7=2;95IS=5.
41249V;47956:21:3330d157=2;95=10049Cr;45325:42:642:3m0.
15=2;95+=10049Mn;3761124382ms75=2;95+=10049Fe;24580#160#70ms3(7=2;)9596Fa09TJD+=100+p=521049Co;9580#260#350ns7=2;#96Bl21Tp+49SI:statisticsprecludesanyconclusion,sayauthors50Cl7200#900#;50Ar;13100#700#>170ns0+95;50K;25350280472ms4(0;12;)95;=100;n=29350Ca;39571913:9s0.
60+95;=10050Sc;4453816102:5s0.
55+95;=10050Scm;4428116256:8950:010350ms402+3+95IT>97.
5;180Py0+95IS=4.
345132+50Mn;42621:51:4283:9ms0.
50+95+=10050Mnm;42393722971:75m0.
035+95+=10050Fe;3447060150ms300+95+=100+p050Co;17200#170#44ms4(6+)9596Fa09TJD+=100+p=541250Ni;3790#260#>300ns0+94Bl10T+50VT:symmetrizedfrom140(+40{30)51Cl12600#1000#>200ns3=2+#90Le03T;51Ar;6300#700#>200ns3=2;#9189Gu03T;51K;22000#500#365ms53=2+#92;=100;n=47551Ca;358909010:0s0.
83=2;#91;=100;n51Sc;432192012:4s0.
1(7=2);91;=10051Ti;49726:91:35:76m0.
013=2;91;=10051V;52197:51:3Stable7=2;91IS=99.
750251Cr;51444:81:327:702d0.
0047=2;91=10051Mn;48237:01:346:2m0.
15=2;91+=10051Fe;4021715305ms5(5=2;)91+=10051Co;27270#150#>200ns7=2;#87Po04T+51Ni;11440#260#>200ns7=2;#87Po04T+52Ar;1710#900#0+;52K;16200#700#105ms52;#94ABBWD;=100;n64;2n2152Ca;325104704:6s0.
30+9483La23D;=100;n1752Cu;2630#260#3+#p52KD:;n64%,;2n21%estimatedfromPn=;n+2;2n=107(20)%in83La2352KD:andassuming;n/;2n=3asin32Na52ComI:Tentative:nospecicevidencefor52Com,sayauthorsin97Ha0433NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)53Ar5800#1000#5=2;#;;n53K;12000#700#30ms53=2+#90ABBWD;=100;n67;2n1753Ca;27900#500#90ms153=2;#90;=100;n>3053Sc;37970#300#900ms9007=2;#95So.
ATD;=100;n53Ti;4682010032:7s0.
9(3=2);90;=10053V;5184531:61m0.
047=2;90;=10053Cr;55280:61:4Stable3=2;90IS=9.
5011753Mn;54683:61:43:74My0.
047=2;96=10053Fe;50941:32:18:51m0.
027=2;90+=10053Fem;47900:92:13040:40:32:58m0.
0419=2;90IT=10053Co;4263918240ms207=2;#90+=10053Com;3944524319430p247ms12(19=2;)90+98.
5p1.
553Ni;29380#160#45ms157=2;#9076Vi02D+=100+p4553Cu;13460#260#200ns3=2;#95+p55Zn;14920#250#5=2;#+2p55TiT:average96Do23=600(40)95Am.
A=400(100)55NiT:average95Re.
B=209(3)87Ha.
A=212.
1(3.
8)84Ay01=208(5)77Ho25=189(5)55NiT:and76Ed.
A=219(6)56Ca;13240#900#0+;56Sc;25470#700#3+#;56Ti;39130280150ms300+96Do23TD;=100;n56V;46240240230ms253+#96So.
ATD;=100;n56Cr;55289105:94m0.
100+93;=10056Mn;56905:61:42:5785h0.
00023+93;=10056Fe;60601:01:4Stable0+93IS=91.
7543656Co;56035:02:477:27d0.
034+93+=10056Ni;53900115:9d0.
10+93+=10056Cu;38600#140#>200ns4+#87Po04T+56Zn;25730#260#36ms100+95Wa.
AT+56Ga;4740#260#3+#p56ZnT:half-lifeisderivedfromexperimental(p,n)crosssections34NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)57Ca;7120#1000#5=2;#;;n57Sc;21390#700#7=2;#;57Ti;34560#930#80ms505=2;#96Do23TD;=100;n57V;44380250320ms307=2;#96So.
ATD;=100;n57Cr;523909021:1s1.
03=2;5=2;7=2;93;=10057Mn;57485385:4s1.
85=2;93;=10057Fe;60175:71:4Stable1=2;93IS=2.
1191057Co;59339:71:4271:79d0.
097=2;93=10057Ni;56075:52:935:60h0.
063=2;93+=10057Cu;4730516196:3ms0.
73=2;9396Se01T+=10057Zn;32690#140#40ms107=2;#9376Vi02D+=100+p6557Ga;15900#260#1=2;#p57TiT:average96Do23=56(20)95Am.
A=180(40)58Sc;15770#800#3+#;58Ti;31570#700#>150ns0+92We04T;58V;40380260218ms263+#96So.
ATD;=100;n58Cr;519302407:0s0.
30+90;=10058Mn;55900303:0s0.
10+96;=10058Mnm;558303071:780:0565:3s0.
73+9692Sc.
AE;100IT=58Fe;62148:81:4Stable0+90IS=0.
282458Co;59841:41:770:82d0.
032+90+=10058Com;59816:51:724:8890:0219:15h0.
105+90IT=10058Ni;60223:01:4Stable>700Ey0+9693Va19TIS=68.
07792+58Cu;51660:02:53:204s0.
0071+90+=10058Zn;422905065#ms0+90+=100+p=60#58Ga;23990#210#2+#p58Gam;23960#210#30#30#5+#p58Ge;8370#320#0+2p58VT:average95Am.
A=270(40)96So.
A=205(20)58MnJ:1+inpostcut-odateEnsdf'9758MnmJ:(4)+T=65.
2(0.
5)sandIT=20%#inpostcut-odateEnsdf'9758CoT:70.
86(0.
07)dinpostcut-odateEnsdf'9758ComT:9.
04(0.
11)dandE=24.
95(0.
06)inpostcut-odateEnsdf'9758ZnT:fromestimatedT=50-80ms,fromEnsdfD:+p=50-70%#estimatedinEnsdf59Sc;11140#900#7=2;#;;n59Ti;26120#700#5=2;#;59V;37910330140ms707=2;#9395So.
ATD;=100;n59Cr;47850250460ms505=2;#9396Do23T;=10059Mn;55473294:6s0.
13=2;5=2;94;=10059Fe;60658:41:444:503d0.
0063=2;93;=10059Co;62223:61:4Stable7=2;93IS=100.
59Ni;61151:11:480ky113=2;9394Ru.
1T+=10059Cu;56351:51:781:5s0.
53=2;93+=10059Zn;4726040182:0ms1.
83=2;93+=100+p=0.
10359Ga;34120#170#3=2;#p59Ge;17000#280#7=2;#2p59VT:average95Am.
A=200(30)95So.
A=70(40)59NiT:averageofdiscrepant94Ru.
1=108(13)81No08=76(5)35NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)60Ti;22690#800#0+;60V;33070560220ms303+#95Am.
ATD;=100;n60Cr;46830260490ms600+9396Do23T;=10060Mn;5291027051s60+94;=10060Mnm;52640270271:900:101:77s0.
023+9492Sc.
AE;=88.
58IT=11.
5860Fe;6140741:5My0.
30+93;=10060Co;61644:21:45:2714y0.
00055+93;=10060Com;61585:61:458:590:0110:467m0.
0062+93IT100;=0.
24360Ni;64468:11:4Stable0+96IS=26.
223860Cu;58341:22:523:7m0.
42+93+=10060Zn;54183112:38m0.
050+93+=10060Ga;40000#110#>1:2s2+#95Bl06T+60Ge;27770#230#0++2p60As;6400#600#5+#p60Asm;6340#600#60#20#2+#p60CrT:average96Do23=510(150)95Am.
A=380(30)and88Bo06=570(60)61Ti;16750#900#1=2;#;;n61V;30360#700#>150ns7=2;#92We04T;61Cr;42760280260ms205=2;#9395Am.
ATD;=100;n61Mn;51740260710ms10(5=2);93;=10061Fe;58917205:98m0.
063=2;5=2;93;=10061Co;62895:01:61:650h0.
0057=2;93;=10061Ni;64216:81:4Stable3=2;93IS=1.
140161Cu;61979:61:83:333h0.
0053=2;93+=10061Zn;563421689:1s0.
23=2;93+=10061Ga;47350#200#150ms303=2;#9393Wi03TD+=10061Ge;33730#300#40ms153=2;#93+=100+p8061As;18050#600#3=2;#p62V;25020#700#>150ns3+#95Cz.
AT;62Cr;41170370160ms100+95Am.
ATD;=100;n62Mn;48470260880ms150(3+)90;=100;n62Fe;588981568s20+90;=10062Co;61428201:50m0.
042+90;=10062Com;614062122513:91m0.
055+90;>99IT150ns0+91Mo10T+62As;24960#300#1+#p62GeI:T=113(+6{5)msin93Wi03(table1)isamisprintfor62Ga62AsD:p-unstablefromestimatedSp={1476#(422#)keV63V;21660#900#>150ns7=2;#95Cz.
AT;63Cr;35530#700#70ms101=2;#95Am.
ATD;=100;n63Mn;46750280282ms185=2;#9185Bo49T;=10063Fe;557801906:1s0.
6(5=2);91;=10063Co;618372026:9s0.
4(7=2);9194It.
AT;=10063Ni;65509:21:4100:1y2.
01=2;91;=10063Cu;65576:21:4Stable3=2;91IS=69.
17363Zn;62209:32:138:47m0.
053=2;91+=10063Ga;5669010032:4s0.
53=2;5=2;91+=10063Ge;46910#200#97ms223=2;#93Wi03TD+=10063As;33820#500#3=2;#p63MnT:average95Am.
A=290(20)85Bo49=250(40)63CoT:average94It.
A=26.
41(0.
27)72Jo08=27.
5(0.
3)69Wa15=26(1)63GeT:symmetrizedfrom95(+23{20)63AsD:p-unstablefromestimatedSp={1132#(522#)keV36NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)64V>150ns95Cz.
AT;64Cr;33350#700#>1s0+89Ar.
AT;64Mn;43100330240ms303+#9695Am.
ATD;=100;n64Fe;550802802:0s0.
20+96;=10064Co;5978920300ms301+96;=10064Ni;67095:91:4Stable0+96IS=0.
926164Cu;65420:81:412:700h0.
0021+96+=61.
03;=39.
0364Zn;65999:51:7Stable>2.
3Ey0+9685No03TIS=48.
632+64Ga;5883542:627m0.
0120(+#)96+=10064Ge;5442025063:7s2.
50+96+=10064As;39520#360#>1:2s0+#95Bl06T+65Cr;27600#900#>150ns1=2;#95Cz.
AT;65Mn;40890560160ms305=2;#9395Am.
ATD;=100;n65Fe;51290280760ms501=2;#9395Am.
AT;=10065Co;59164131:20s0.
06(7=2);93;=10065Ni;65122:61:52:5172h0.
00035=2;93;=10065Cu;67259:71:7Stable3=2;93IS=30.
83365Zn;65907:81:7244:26d0.
265=2;93+=10065Ga;62652:91:815:2m0.
23=2;93+=10065Ge;5641010030:9s0.
5(3=2);9387Vi01D+=100+p=0.
011365As;47060#390#190ms113=2;#9395Mo26T+=10065Se;32920#600#150ns0+95Cz.
AT;66Mn;36500#700#220ms4095Am.
ATD;=100;n66Fe;50320330600ms600+9295Am.
ATD;=100;n66Co;56050270230ms203+#91;=10066Ni;660291654:6h0.
40+92;=10066Cu;66254:31:75:088m0.
0111+92;=10066Zn;68896:31:5Stable0+92IS=27.
9266Ga;6372139:49h0.
070+91+=10066Ge;61620302:26h0.
050+92+=10066As;51820#200#95:77ms0.
2391+=10066Se;41720#300#>1:2s0+95Bl06T+67Mn;33700#800#>150ns5=2;#95Cz.
AT;67Fe;46570470500ms1001=2;#9195Am.
ATD;=100;n67Co;55320280320ms307=2;#9185Bo49T;=10067Ni;637421921s11=2;#94;=10067Nim;63060#100#680#100#9=2+#;IT67Cu;67300861:83h0.
123=2;91;=10067Zn;67877:21:6Stable5=2;91IS=4.
1167Ga;66876:71:83:2612d0.
00063=2;96=10067Ge;62654518:9m0.
31=2;91+=10067As;5664010042:5s1.
2(5=2;)91+=10067Se;46490#200#69ms155=2;#95Bl23TD+=100+p=0.
5167Br;32800#500#1=2;#p67CoT:average95Am.
A=310(20)85Bo49=420(70)67NimE:estimatedfrom9/2+inisotones71Ge=198(0)69Zn=438(0)67SeT:average95Bl23=60(+17{11)94Ba50=107(35)67SeT:postcut-odate97Oi.
1:valuesfrom95Bl23for67Seand71Krquestioned37NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)68Mn>150ns95Cz.
AT;68Fe;44240#700#100ms600+96;=100;n68Co;51830330310ms309695Am.
AT;=10068Ni;634861717s50+96;=10068Cu;655405031:1s1.
51+96;=10068Cum;6482050721:60:73:75m0.
05(6;)96IT=841;=16168Zn;70004:01:6Stable0+96IS=18.
8468Ga;67082:92:067:629m0.
0241+96+=10068Ge;669776270:8d0.
30+96=10068As;58880100151:6s0.
83+96+=10068Se;54150#300#35:5s0.
70+96+=10068Br;38890#540#150ns5=2;#95Cz.
AT;69Fe;39400#800#90ms101=2;#95Am.
ATD;=100;n69Co;51050370270ms507=2;#9091Be33TD;=100;n69Ni;6038014011:4s0.
31=2;#90;=10069Nim;59990#170#390#100#9=2+#;IT69Cu;6574082:85m0.
153=2;90;=10069Zn;68414:91:756:4m0.
91=2;90;=10069Znm;67976:31:7438:640:0213:76h0.
029=2+90IT100;=0.
033369Ga;693213Stable3=2;90IS=60.
108669Ge;67094339:05h0.
105=2;90+=10069As;630803015:2m0.
25=2;90+=10069Se;563003027:4s0.
2(1=2;)9095Po01J+=100+p=0.
0451069Br;46410#310#1:2s5=2;#95Bl06T+69NimE:estimatedfrom9/2+inisotones73Ge={66(0)71Zn=157(1)69KrT:32(10)msfrom+pinpostcut-odate97Xu0170Fe>150ns0+95Cz.
AT;70Co;46750#700#230ms209395Am.
ATD;=100;n70Ni;59490330>1s0+9393Se.
AT;70Cu;62960154:5s1.
01+93;=10070Cum;628208014080BD47s53;4;5;93;=10070Zn;695593Stable0+93IS=0.
612;70Ga;68905321:14m0.
031+93;100=0.
41670Ge;70560:31:7Stable0+93IS=21.
23470As;643405052:6m0.
34(+#)93+=10070Se;61940#210#41:1m0.
30+93+=10070Br;51590#360#79:1ms0.
893+=10070Brm;51590#370#0#100#2:2s0.
293+=IT70Kr;40980#400#>1:2s0+95Bl06T+70ZnT:>500TyinEnsdfisfor0-2;decayalone71Fe>150ns7=2+#95Cz.
AT;71Co;44960#800#270ms507=2;#9395Am.
ATD;=100;n71Ni;558903701:9s0.
41=2;#93;=10071Cu;627604019:5s1.
6(3=2;)93;=10071Zn;67322112:45m0.
101=2;93;=10071Znm;6716411157:71:33:96h0.
059=2+93;100IT0.
0571Ga;70136:81:8Stable3=2;93IS=39.
892638NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)71Ge;69904:91:711:43d0.
031=2;93=10071Gem;69706:51:7198:3670:01020:40ms0.
179=2+93IT=10071As;67892465:28h0.
155=2;93+=10071Se;63090#200#4:74m0.
055=2;93+=10071Br;56590#300#21:4s0.
6(5=2);93+=10071Kr;46100#300#81ms165=2;#9395Bl23TD+=100+p=5.
2671Rb;32300#500#5=2;#p71KrT:average95Bl23=64(+8{5)81Ew01=97(9)71KrT:postcut-odate97Oi.
1:T=100(3)ms+p=2.
1(7)%atvariancewith95Bl2371KrT:andJ=(5/2;).
Valuesfrom95Bl23for67Seand71Krquestioned.
72Fe>150ns0+95Cz.
AT;72Co;40600#800#100ms5095Am.
ATD;=100;n72Ni;546804701:30s0.
100+95Am.
ATD;=100;n72Cu;60060#200#6:6s0.
1(1+)95;=10072Zn;68128646:5h0.
10+95;=10072Ga;68586:52:014:10h0.
023;95;=10072Gam;68466:82:0119:660:0539:68ms0.
13(0+)95IT=10072Ge;72585:61:5Stable0+95IS=27.
66372As;68229426:0h0.
12;95+=10072Se;67894128:40d0.
080+95=10072Br;5915026078:6s2.
43+95+=10072Brm;59050260100:920:0310:6s0.
31;95IT100+=72Kr;5411027017:2s0.
30+95+=10072Rb;38120#500#150ns7=2;#95En07T;73Ni;50230#600#800ms1007=2+#9395Am.
AT;=100;n73Cu;59160#300#3:9s0.
33=2;#93;=100;n73Zn;654104023:5s1.
0(1=2);93;=10073Znm;6522040195:52:05:8s0.
8(7=2+)93IT=;=73Ga;6970464:86h0.
033=2;93;=10073Ge;71297:11:5Stable9=2+93IS=7.
73173Gem;71230:41:566:7160:019499ms111=2;93IT=10073As;70956480:30d0.
063=2;93=10073Se;68216117:15h0.
089=2+93+=10073Sem;681901125:710:0439:8m1.
33=2;93IT=72.
63+=27.
4373Br;635301303:4m0.
21=2;93+=10073Kr;5689014027:0s1.
25=2;93+=100+p=0.
681273Rb;46230#480#25ms1=2;#93Ba61TD+=100+p=73NiT:supersedes90Be13=900(150)fromsamegroup74Co>150ns95En07T;74Ni;48520#700#500ms2000+9595Am.
AT;=100;n74Cu;55700#400#1:594s0.
0101+#95;=10074Zn;657105095:6s1.
20+95;=10074Ga;68050708:12m0.
12(3;)95;=10074Gam;679907059:5710:0149:5s1.
0(0)95IT=;=25#74Ge;73422:01:5Stable0+95IS=35.
94274As;70859:62:217:77d0.
022;95+=662;=34274Se;72212:61:5Stable0+95IS=0.
8922+74Br;653061525:4m0.
3(0;)95+=10074Brm;652921513:580:2146m24(+#)95+=10074Kr;621706011:50m0.
110+95+=10074Rb;5173072064:9ms0.
5(0+)95+=10074Sr;40700#500#>1:2s0+95Bl06T+74NiT:supersedes90Be13=1100(500)fromsamegroup39NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)75Co>150ns7=2;#95En07T;75Ni;43810#800#700ms4007=2+#95Am.
ATD;=100;n=1.
6#75Cu;54310#500#1:224s0.
0033=2;#9091Kr15T;=100;n=3.
5675Zn;624707010:2s0.
2(7=2+)90;=10075Ga;684647126s23=2;90;=10075Ge;71855:91:582:78m0.
041=2;96;=10075Gem;71716:21:5139:690:0347:7s0.
57=2+96IT100;=0.
030675As;73032:51:6Stable3=2;96IS=100.
75Asm;72728:61:6303:92430:001116:79ms0.
159=2+96IT=10075Se;72168:81:5119:79d0.
045=2+96=10075Br;691391496:7m1.
33=2;90+=10075Kr;64242154:3m0.
25=2+9095Ke04J+=10075Rb;57222819:0s1.
2(3=2;5=2;)90+=10075Sr;46650#300#100ms503=2;#95Bl23TD+=+p=6.
53375NiD:;n=1.
6%#estimatedby85Re0175SeT:see75AsdecaydatasetofEnsdf:80Ho17'sweightdecreasedbyLWMmethod75SrT:symmetrizedfrom71(+71{24)76Ni;41610#900#440ms4000+95Am.
ATD;=100;n76Cu;50310#600#641ms6(35)9590Wi12J;=100;n=3276Cum;50310#630#0#200#1:27s0.
30(13)9590Wi12J;=10076Zn;620401205:7s0.
30+95;=10076Ga;662009032:6s0.
6(2+3+)95;=10076Ge;73212:91:51:09Zy0.
130+9594Ba15TIS=7.
4422;=10076As;72289:61:61:0778d0.
00202;95;10099.
4+150ns9=2+#95En07T;77Cu;48480#700#469ms83=2;#8991Kr15T;=10077Zn;586001302:08s0.
05(7=2+)94;=10077Znm;57830130772:390:121:05s0.
10(1=2;)94IT>50;150ns0+95En07T;78Cu;43960#800#342ms1191Kr15T;=10078Zn;572201601:47s0.
150+91;=10078Ga;63660805:09s0.
05(3+)91;=10078Ge;71862488m10+91;=10078As;728161090:7m0.
22;91;=10078Se;77025:71:5Stable0+91IS=23.
78940NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)78Br;7345246:46m0.
041+91+100;110Ey0+9194Sa31TIS=0.
3522+78Rb;66936817:66m0.
080(+)91+=10078Rbm;668258111:200:105:74m0.
054(;)9191Mc.
AE+=902IT=10278Sr;631758159s80+9192Gr09T+=10078Y;52630#400#>150ns92Ye04T+78BrD:;branchisuncertain.
SeeEnsdf78KrT:limitgivenhereisfortheK-e+decay(theoreticallyfaster)79Cu;41660#900#188ms253=2;#94;=100;n=551779Zn;53400#270#995ms19(9=2+)94;=100;n=1.
3479Ga;624901202:847s0.
003(3=2;)94;=100;n=0.
0891979Ge;694909018:98s0.
03(1=2);94;=10079Gem;6930090185:950:0439:0s1.
0(7=2+)94;=961IT=4179As;7363669:01m0.
153=2;94;=10079Se;75916:91:5150ns95En07T;80Zn;51780170545ms160+92;=100;n=1.
0580Ga;590701201:697s0.
011(3)9293Ru01D;=100;n=0.
89680Ge;694482329:5s0.
40+92;=10080As;721182115:2s0.
21+92;=10080Se;77759:41:9Stable0+92IS=49.
61102;80Br;75888:81:917:68m0.
021+92;=91.
72+=8.
3280Brm;75803:01:985:8430:0044:4205h0.
00085;92IT=10080Kr;778934Stable0+92IS=2.
25280Rb;72173733:4s0.
71+9293Al03T+=10080Sr;703058106:3m1.
50+92+=10080Y;61170#400#35s2(345)92+=10080Zr;55380#300#>150ns0+9292Ye04T+80ZrT:>10sinpostcut-odate97Is.
A81Zn;46130#400#290ms505=2+#97;=100;n=7.
53081Ga;579801901:217s0.
005(5=2;)97;=100;n=11.
9781Ge;663001208s29=2+#97;=10081Gem;65620120679:130:048s2(1=2+)97;100IT150ns0+95Cz.
AT;82Ga;52950#300#599ms2(123)9593Ru01D;=100;n=21.
52382Ge;656202404:6s0.
40+95;=10082As;7032020019:1s0.
5(1+)95;=10082Asm;7007525250200BD13:6s0.
4(5;)95;=10082Se;77593:42:1121Ey170+95IS=8.
7362;=10082Br;77495:92:835:30h0.
025;95;=10082Brm;77450:02:845:94920:00106:13m0.
052;95IT=97.
63;=2.
4382Kr;80588:62:6Stable0+95IS=11.
6182Rb;7618971:273m0.
0021+95+=10082Rbm;76121768:91:56:472h0.
0065;95+100IT150ns92Ye04T+82SeT:symmetrizedfrom108(+26{6)83Zn>150ns5=2+#95Cz.
AT;83Ga;49490#500#308ms13=2;#9291Kr15T;=100;n=401483Ge;61000#300#1:85s0.
06(5=2+)92;=10083As;6988022013:4s0.
3(5=2;3=2;)92;=10083Se;75340422:3m0.
39=2+92;=10083Sem;751124228:500:2070:1s0.
41=2;92;=10083Br;7900942:40h0.
023=2;92;=10083Kr;799823Stable9=2+92IS=11.
5183Krm;79940341:5430:0071:83h0.
021=2;92IT=10083Rb;79073686:2d0.
15=2;92=10083Rbm;79031642:110:047:8ms0.
79=2+68Et01TIT=10083Sr;76797932:41h0.
037=2+96+=10083Srm;765389259:150:094:95s0.
121=2;96IT=10083Y;72330407:08m0.
06(9=2+)92+=10083Ym;722704062:000:202:85m0.
02(3=2;)92+=605IT=40583Zr;6646010044s11=2;#92+=100+p=83ZrmnonexistentRN8s1high87Ra06I83Nb;589603104:1s0.
3(5=2+)92+=10083Mo;47750#500#3=2;#++p83GaD:;nintensityisfrom93Ru0184Ga;44400#600#85ms1091Kr15TD;=100;n=701584Ge;58400#400#954ms140+8993Ru01TD;=100;n=10.
8684As;66080#300#4:02s0.
030(;)1(;)2;8993Ru01TD;=100;n=0.
28484Asm;66080#320#0#100#650ms15089;=10084Se;75950153:1m0.
10+89;=10084Br;777762531:80m0.
082;89;=10084Brm;77460100320100BD6:0m0.
2(5;6;)89;=10084Kr;824313Stable0+89IS=57.
0384Rb;79750332:77d0.
142;89+=96.
25;=3.
8584Rbm;792853464:620:0920:26m0.
046;89IT=100+84Sr;806443Stable0+89IS=0.
5612+84Y;74160904:6s0.
21+89+=10084Ym;74240170;80190BD40m1(5;)89+=10084Zr;71490#200#25:9m0.
80+96+=10084Nb;61880#300#12s3(3+)89+=100+p84Mo;55810#400#>150ns0+94He28T+84GeT:average93Ru01=947(11)91Kr15=984(23)42NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)85Ga>150ns3=2;#95Cz.
AT;85Ge;53380#500#540ms505=2+#91Kr15TD;=100;n=14385As;63520#300#2:022s0.
009(3=2;)9193Ru01DT;=100;n=59.
42485Se;724293031:7s0.
9(5=2+)91;=10085Br;78611192:90m0.
063=2;91;=10085Kr;81480:63:010:756y0.
0189=2+91;=10085Krm;811763304:8710:0204:480h0.
0081=2;91;=78.
64IT=21.
4485Rb;82167:72:3Stable5=2;91IS=72.
1652085Sr;81103364:84d0.
029=2+91=10085Srm;808643238:660:0667:63m0.
041=2;91IT=86.
64+=13.
4485Y;77848252:68h0.
05(1=2);94+=10085Ym;778282519:80:54:86h0.
139=2+94+100IT885Nb;6715022020:9s0.
7(9=2+)91+=10085Mo;59070#400#>150ns9=2+#92Ye04T+85Tc;47560#500#500#ms9=2+#++pp85AsT:average93Ru01=2.
002(0.
013)91Kr15=2.
032(0.
012)68To19=2.
028(0.
012)85TcT:estimatedhalf-lifeisfor+decayp-decaywouldbemuchshorter86Ga>150ns95Cz.
AT;86Ge;50050#600#>150ns0+94Be24T;;n86As;59400#400#945ms88893Ru01TD;=100;n=33486Se;705411615:3s0.
90+88;=10086Br;756401155:1s0.
4(2;)88;=10086Kr;83265:91:1Stable0+88IS=17.
322;86Rb;82747:32:318:631d0.
0182;94;100=0.
0052586Rbm;82191:22:3556:00:21:017m0.
0036;94IT=10086Sr;84521:62:2Stable0+88IS=9.
86186Y;792821414:74h0.
024;88+=10086Ym;7906414218:300:2048m1(8+)88IT=99.
314+=0.
69486Zr;778103016:5h0.
10+88+=10086Nb;698309088s1(5+)88+=10086Nbm;69580#180#250#160#56s8high94Sh07TD+=10086Mo;6456044019:6s1.
10+94Sh07TD+=10086Tc;53210#300#>150ns92Ye04T+86RbmE:556.
05(0.
18)inpostcut-odateEnsdf'9787Ge>150ns5=2+#95Cz.
AT;87As;56280#500#560ms110(3=2;)9193Ru01DT;=100;n=15.
42287Se;66580405:50s0.
14(5=2+)9193Ru01DT;=100;n=0.
36887Br;738571855:60s0.
153=2;9193Ru01D;=100;n=2.
52787Kr;80710:01:376:3m0.
65=2+91;=10087Rb;84595:02:547:5Gy0.
43=2;91IS=27.
83520;=10087Sr;84878:42:2Stable9=2+96IS=7.
00187Srm;84489:92:2388:5320:0032:803h0.
0031=2;96IT100=0.
30887Y;83016:82:679:8h0.
31=2;96+=10087Ym;82636:02:6380:790:0713:37h0.
039=2+96IT=98.
4310+=1.
571087Zr;7934881:68h0.
01(9=2)+91+=10087Zrm;790128335:730:2414:0s0.
2(1=2);91IT=10087Nb;7418060&3:7m0.
1(1=2;)96+=10087Nbm;74180603:90:1&2:6m0.
1(9=2+)9691Ju05E+=10087Mo;6769022013:4s0.
47=2+#91+=100+p=87Tc;59120#300#>150ns9=2+#92Ye04T+87Ru;47340#600#>1:5s9=2+#95Le14T+87AsT:average93Ru01=485(40)78Cr03=730(60)87SeT:average93Ru01=5.
29(11)70Kr05=5.
85(15)70De08=5.
90(20)71To13=5.
41(10)43NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)88Ge>150ns0+95Cz.
AT;88As;51640#600#>150ns94Be24T;;n88Se;63880501:52s0.
030+8893Ru01D;=100;n=0.
991088Br;707304016:36s0.
07(1;)8893Ru01TD;=100;n=6.
581888Kr;79692132:84h0.
030+88;=10088Rb;82606417:78m0.
112;88;=10088Sr;87919:72:2Stable0+88IS=82.
58188Y;84297:12:7106:65d0.
044;88+=10088Ym;83622:62:7674:550:0413:9ms0.
2(8)+88IT=10088Zr;836241083:4d0.
30+88=10088Nb;76420#200#14:5m0.
1(8+)88+=10088Nbm;76030100390#220#BD7:8m0.
1(4;)88+=10088Mo;72701208:0m0.
20+88+=10088Tc;62570#300#5:8s0.
23+96Od01TJD+=10088Tcm;62570#420#0#300#6:4s0.
8(6+)96Od01TJD+=10088Ru;55500#500#>150ns0+94He28T+88BrT:average93Ru01=16.
34(0.
08)74Gr29=16.
5(0.
2)89Ge>150ns1=2+#95Cz.
AT;89As;47290#600#>150ns3=2;#94Be24T;89Se;59600#300#410ms40(5=2+)9093Ru01D;=100;n=7.
82589Br;68570604:40s0.
03(3=2;5=2;)9093Ru01D;=100;n=13.
8489Kr;76720503:15m0.
043=2(+)9095Ke04J;=10089Rb;81711615:15m0.
123=2;90;=10089Sr;86207:02:250:53d0.
075=2+96;=10089Y;87702:12:3Stable1=2;96IS=100.
89Ym;86793:12:3908:960:0415:663s0.
0059=2+9694It.
ATIT=10089Zr;84869378:41h0.
129=2+90+=10089Zrm;842813587:840:094:18m0.
011=2;90IT=93.
7712+=6.
231289Nb;80580401:9h0.
2(9=2+)90+=10089Nbm;80580#50#0#30#1:18h0.
10(1=2;)90+=10089Mo;75003152:04m0.
11(9=2+)90+=10089Mom;7461615387:50:3190ms15(1=2;)90IT=10089Tc;6749021012:8s0.
9(9=2+)91He04TDJ+=10089Tcm;67490#370#0#300#12:9s0.
8(1=2;)91He04TDJ+=10089Ru;59510#500#>150ns9=2+#92Ye04T+89Rh;47150#500#>1:5s9=2+#95Le14T+89BrT:Ensdfaverages8values.
Also93Ru01=4.
348(0.
022)90As>150ns95Cz.
AT;90Se;56430#400#>150ns0+94Be24T;;n90Br;64610801:910s0.
0109393Ru01TD;=100;n=25.
2990Kr;749631932:32s0.
090+93;=10090Rb;793558158s50;93;=10090Rbm;792488106:900:03258s43;93;=97.
44IT=2.
6490Sr;85941:92:728:84y0.
050+9396Wo06T;=10090Y;86487:92:364:10h0.
082;93;=10090Ym;85805:92:3682:030:063:19h0.
017+93IT100;=0.
0018290Zr;88767:92:2Stable0+93IS=51.
45390Zrm;86448:92:22319:0000:010809:2ms2.
05;93IT=10090Nb;82657514:60h0.
058+93+=10090Nbm;825325124:670:2518:81s0.
064;93IT=10090Nbn;822755382:010:256:19ms0.
081+93IT=10090Mo;8016865:56h0.
090+96+=10090Tc;712102408:7s0.
21+93+=10090Tcm;70900300310390BD49:2s0.
4456(+#)93+=10090Ru;65410#400#11s30+9394Zh26T+=10090Rh;53220#500#>150ns94He28T+90BrT:supersedes80Al15=1.
92(0.
02)fromsamegroup90SrT:average96Wo06=28.
79(0.
06)92Sc.
B=28.
78(0.
04)94Ma50=28.
915(0.
038)90RuT:updates91Zh29=13(5)fromsameauthors44NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)91As>150ns3=2;#95Cz.
AT;91Se;50890#500#270ms501=2+#90;=100;n=211091Br;6151070541ms53=2;#9093Ru01D;=100;n=20391Kr;71310608:57s0.
045=2(+)9095Ke04J;=10091Rb;77748858:4s0.
43=2(;)90;=10091Sr;8363969:63h0.
055=2+90;=10091Y;86346:32:858:51d0.
061=2;90;=10091Ym;85790:72:8555:580:0549:71m0.
049=2+90IT>98.
5;99IT150ns9=2+#94He28T+91Pd;47060#600#>1:5s9=2+#95Le14T+91TcmE:lessthan350keV,fromEnsdf92As>150ns95Cz.
AT;92Se;47200#600#>150ns0+95Cz.
AT;92Br;5658050343ms15(2;)9293Ru01D;=100;n=33.
12192Kr;68788121:840s0.
0080+94;=100;n=0.
033392Rb;7477574:492s0.
0200;94;=100;n=0.
0107592Sr;8287572:71h0.
010+92;=10092Y;8481593:54h0.
012;95;=10092Zr;88454:62:1Stable0+94IS=17.
15292Nb;86449:02:734:7My2.
4(7)+94+100;300Py0+9485No03TIS=14.
8442+92Tc;78935264:23m0.
15(8)+94+=10092Ru;74410#300#3:65m0.
050+94+=10092Rh;63360#400#>150ns6+#94He28T+92Pd;55500#500#>150ns0+94He28T+92MoT:T>190Ey(2)inpostcut-odate97Ba.
192RhJ:(6+)inpostcut-odate97Ka0745NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)93Se>150ns1=2+#95Cz.
AT;93Br;53000#300#102ms103=2;#9388Kr10TD;=100;n=11493Kr;640301001:286s0.
0101=2(+)9395Ke04J;=100;n=1.
951193Rb;7262685:84s0.
025=2;93;=100;n=1.
35793Sr;8008887:423m0.
0245=2+93;=10093Y;842241110:18h0.
081=2;93;=10093Ym;8346511758:7210:021820ms407=2+93IT=10093Zr;87117:42:11:53My0.
105=2+93;=10093Nb;87208:72:2Stable9=2+93IS=100.
93Nbm;87177:92:230:820:1716:13y0.
141=2;93IT=10093Mo;8680444:0ky0.
85=2+93=10093Mom;8437942424:890:036:85h0.
0721=2+93IT100+=0.
12193Tc;8360342:75h0.
059=2+93+=10093Tcm;832114391:840:0843:5m1.
01=2;93IT=76.
711+=23.
31193Ru;772709059:7s0.
6(9=2)+93+=10093Rum;7654090734:400:1010:8s0.
3(1=2);9383Ay01D+=78.
023IT=22.
023.
.
.
93Rh;69170#400#>150ns(9=2+)94He28T+93Pd;59700#400#3#s9=2+#93+93BrD:symmetrizedfrom;n=10(+5{3)%93KrD:;nintensityisfrom93Ru01J:1/2+inpostcut-odateEnsdf'9793RbD:;n=1.
39(7)%inpostcut-odateEnsdf'9793YmE:758.
719(0.
021)inpostcut-odateEnsdf'9793RumD:.
.
.
+p=0.
0275D:+p=0.
010(2)%inEnsdfisnotcorrect93RhJ:from95Ro0693PdI:+pprecursorwithT=60(20):nottrusted94Se>150ns0+95Cz.
AT;94Br;47800#400#70ms2092;=100;n=301094Kr;61140#300#200ms100+92;=100;n=5.
72294Rb;6855192:702s0.
0053(;)9293Ru01D;=100;n=10.
012394Sr;78842775:3s0.
20+92;=10094Y;82350818:7m0.
12;92;=10094Zr;87266:32:3Stable>6Py0+9290Ba.
ATIS=17.
3842;94Nb;86364:92:220:3ky1.
6(6)+92;=10094Nbm;86324:02:240:9020:0126:263m0.
0043+92IT=99.
506;=0.
50694Mo;88410:31:8Stable0+92IS=9.
25394Tc;841554293m17+92+=10094Tcm;84080475:51:952:0m1.
0(2)+92+100IT150ns3=2;#95Cz.
AT;95Kr;56040#400#780ms301=2(+)9595Ke04J;=10095Rb;6583919377:5ms0.
85=2;95;=100;n=8.
732095Sr;75117823:90s0.
141=2+94;=10095Y;81204810:3m0.
11=2;94;=10095Zr;85657:62:364:02d0.
055=2+95;=10095Nb;86782:51:934:975d0.
0079=2+95;=10095Nbm;86546:81:9235:680:0286:6h0.
81=2;95IT=94.
46;=5.
6695Mo;87708:11:8Stable5=2+95IS=15.
92595Tc;86017520:0h0.
19=2+95+=10095Tcm;85978538:890:0561d21=2;95+=96.
1232IT=3.
883295Ru;83450121:643h0.
0145=2+94+=10095Rh;783401505:02m0.
10(9=2)+94+=10095Rhm;77800150543:30:31:96m0.
04(1=2);94IT=885+=12595Pd;70150#400#10#s9=2+#95+95Pdm;682803001870#500#13:3s0.
3(21=2+)95+=IT=5#+p=0.
901695Ag;60100#400#2:0s0.
1(9=2+)94Sc35TJD+=100+p=95PdT:1.
35(0.
26)sinpostcut-odate97Sc.
1,ifthe1219.
3keVoriginatesfromground-state95PdmE:Q(+p)=4300(300)to2644.
85levelin94Rufromguresin82Ku15and82No0695AgT:tobereplacedbypostcut-odate97Sc.
1=1.
74(0.
13),for+activity,sameauthors96Br>150ns95Cz.
AT;96Kr;53030#500#>50ms0+95Ke04T;96Rb;6121426203ms32+9593Ru01D;=100;n=13.
4496Rbm;61210#200#0#200#>1ms1(;#)81Bo30JT;IT;n96Sr;72954251:07s0.
010+93;=10096Y;78341225:34s0.
050;93;=10096Ym;7720421114030BD9:6s0.
2(8)+93;=10096Zr;85441339Ey90+9393Ka12TIS=2.
8022;=10096Nb;85604423:35h0.
056+93;=10096Mo;88791:01:8Stable0+93IS=16.
68596Tc;8581854:28d0.
077+93+=10096Tcm;85784534:280:0751:5m1.
04+93IT=98.
05+=2.
0596Ru;860728Stable>67Py0+9385No03TIS=5.
5262+96Rh;79626139:90m0.
10(6+)93+=10096Rhm;795741352:00:11:51m0.
02(3+)93IT=605+=40596Pd;76180150122s20+93+=10096Ag;64570#400#5:1s0.
4(8+9+)9396He25D+=100+p=3.
7996Cd;56100#500#0++96RbT:Ensdfaverageof8values.
Seealso201(1)of93Ru0196RbmI:non-observationby81Th04isnotincontradictionwith81Bo30experiment96RbmI:existenceofthisisomerisdiscussedinEnsdf96ZrT:observationof2;decayby93Ka12questionnedby96Ba3796ZrT:and94Ar29reportslimitforsingle;decay:T>38Ey(90%CL)96Ag:postcut-odate97Sc.
1=4.
50(0.
06)sand+p=11.
9(2.
6)%,indiscrepancy47NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)97Br>150ns3=2;#95Cz.
AT;97Kr;47920#500#>150ns3=2+#94Be24T;;n97Rb;5836528169:9ms0.
73=2+9393Ru01D;=100;n=25.
7897Sr;6879219429ms51=2+93;=100;n99.
3IT150ns0+95Cz.
AT;98Rb;5430030114ms5(10)(;#)9393Ru01D;=100;n=13.
86.
.
.
98Rbm;53920120380120BD96ms3(45)(+#)93;=10098Sr;6662926653ms20+9393Ru01D;=100;n=0.
25598Y;7245224548ms2(0);9393Ru01D;=100;n=0.
3312498Ym;720403041030BD2:0s0.
2(5+)9394St31J;=IT=10#;n=3.
41098Zr;812762030:7s0.
40+93;=10098Nb;8352662:86s0.
061+93;=10098Nbm;83442784451:3m0.
4(5+)93;100IT=0.
1#98Mo;88112:01:8Stable>100Ty0+9352Fr23TIS=24.
1372;98Tc;8642844:2My0.
3(6)+93;=10098Ru;882246Stable0+93IS=1.
88698Rh;83167128:7m0.
2(2)+93+=10098Rhm;83110#50#60#50#3:5m0.
3(5+)93+=IT98Pd;813002117:7m0.
30+93+=10098Ag;7288015046:7s0.
9(5+)9396He25D+=100+p=0.
0012598Cd;67460#210#9:2s0.
30+9396He25D+=100+p1:5s95Le14T+98RbD:.
.
.
;2n=0.
051798RbT:SeveralotherresultsreportedinEnsdf.
Seealso109(1)of93Ru0198MoT:limitgivenhereisfor0-2;decay(theoreticallyfaster,seetext)98AgD:symmetrizedfrom+p=0.
0011(+5{4)%99Kr>150ns3=2+#95Cz.
AT;99Rb;5084015050:3ms0.
7(5=2+)9593Ru01D;=100;n=15.
92099Sr;62120140269ms13=2+95;=100;n=0.
1001999Y;70202241:470s0.
007(5=2+)95;=100;n=1.
9499Zr;77769202:1s0.
1(1=2+)95;=10099Nb;823271315:0s0.
29=2+95;=10099Nbm;8196213365:290:142:6m0.
21=2;95;=IT150ns9=2+#94Sc22T+99CdD:symmetrizedfrom+p=0.
17(+11{5)%48NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)100Kr>150ns0+95Cz.
AT;100Rb;46700#300#51ms8(3+)9093Ru01D;=100;n=5.
612;2n=0.
155100Sr;60220130202ms30+9093Ru01D;=100;n=0.
9823100Y;6729080735ms71;2;9093Ru01D;=100;n=1.
027100Ym;67090#220#200#200#940ms30(345)(+#)90;=100100Zr;76600407:1s0.
40+90;=100100Nb;79939261:5s0.
21+90;=100100Nbm;794712847040BD2:99s0.
11(4+5+)90;=100100Mo;86184610:2Ey0.
80+9095Da37TIS=9.
6332;=100100Tc;86016:42:215:8s0.
11+9093Ga09D;100=0.
00189100Ru;89218:82:0Stable0+90IS=12.
61100Rh;855892020:8h0.
11;90+=100100Rhm;8548120107:60:24:6m0.
2(5+)90IT98.
3+1.
7100Pd;85227113:63d0.
090+90=100100Ag;78180802:01m0.
09(5)+90+=100100Agm;781608015:520:162:24m0.
13(2)+90+=IT100Cd;7431010049:1s0.
50+90+=100100In;641303806:2s0.
76+#9695Sz01TD+=100+p>3.
9100Sn;56860#430#1:1s0.
40+95Fa.
ATD+=100+p150ns95Cz.
AT;103Y;58740#300#224ms195=2+#96Me09TD;=100;n=8.
33103Zr;683701101:3s0.
1(5=2;)9491Ho16J;=100103Nb;75320701:5s0.
2(5=2+)93;=100103Mo;808506067:5s1.
5(3=2+)93;=100103Tc;845991054:2s0.
85=2+93;=100103Ru;87258:92:039:26d0.
023=2+93;=100103Rum;87020:72:1238:20:71:69ms0.
0711=2;93IT=100103Rh;88022:32:8Stable1=2;93IS=100.
103Rhm;87982:52:839:7560:00656:114m0.
0097=2+93IT=100103Pd;87479:22:916:991d0.
0195=2+93=100103Ag;847921765:7m0.
77=2+94+=100103Agm;8465817134:440:045:7s0.
31=2;94IT=100103Cd;80650157:3m0.
15=2+9387Bu01J+=100103In;746002565s7(9=2)+93+=100103Sn;66950#300#7s35=2+#93+=100+p=103Sb;55780#500#>1:5s5=2+#95Le14T+103YT:average96Me09=230(20)96Lh04=190(50)104Sr;44400#700#>150ns0+95Cz.
AT;104Y;54540#400#>150ns96;104Zr;66340#400#1:2s0.
30+94;=100104Nb;722301104:9s0.
3(1+)9496Me09TD;=100;n=0.
063104Nbm;72010100220120BD920ms40high9496Me09D;=100;n=0.
053104Mo;803306060s20+94;=100104Tc;824905018:3m0.
3(3+)96;=100104Ru;880914Stable0+94IS=18.
722;104Rh;86950:02:842:3s0.
41+96;100+=0.
4510104Rhm;86821:02:8128:9670:0044:34m0.
035+96IT100;=0.
131104Pd;893915Stable0+96IS=11.
148104Ag;85112669:2m1.
05+96+=100104Agm;8510566:90:433:5m2.
02+96+100IT150ns95Cz.
AT;105Y;51150#500#>150ns5=2+#94Be24T;105Zr;62360#400#600ms10096Me09TD;=100;n105Nb;708501002:95s0.
06(5=2+)9496Me09D;=100;n=1.
79105Mo;773407035:6s1.
6(5=2;)93;=100105Tc;82290607:6m0.
1(3=2;)93;=100105Ru;8593044:44h0.
023=2+93;=100105Rh;87847535:36h0.
067=2+93;=100105Rhm;877175129:7810:00445s1=2;93IT=100105Pd;884145Stable5=2+93IS=22.
338105Ag;870681141:29d0.
071=2;93+=100105Agm;870431125:4650:0127:23m0.
167=2+93IT100+=0.
347105Cd;843301155:5m0.
45=2+93+=100105In;79481175:07m0.
079=2+9387Eb02J+=100105Inm;7880717674:10:348s6(1=2);93IT=100105Sn;732209034s15=2+#9395Pf01T+=100+p=105Sb;637801501:12s0.
16(5=2+)94Ti03JD+p1+p105SbT:from95Fa.
A,supersedes95Sc28=1.
30(0.
15),preliminaryfromsamegroup106Y;46370#700#>150ns95Cz.
AT;106Zr;59700#500#>150ns0+94Be24T;106Nb;66890#300#920ms402+#9496Me09TD;=100;n=4.
53106Mo;76257228:73s0.
120+9495Jo02T;=100106Tc;797771435:6s0.
6(12)94;=100106Ru;863248373:59d0.
150+94;=100106Rh;86364829:80s0.
081+94;=100106Rhm;862281113612BD131m2(6)+94;=100106Pd;899055Stable0+94IS=27.
333106Ag;86940523:96m0.
041+94+=;0.
5106Agm;86850589:660:078:28d0.
026+94+=100IT4.
2e{6106Cd;871346Stable>6.
6Ey0+9496Ba46TIS=1.
2542+106In;80610146:2m0.
17+94+=100106Inm;805811428:60:35:2m0.
1(3+)94+=100106Sn;77430501:92m0.
080+94+=100106Sb;66360#310#600ms200(4+)9494Se01J+=100106Te;58030#400#70s200+9494Pa11T=100106NbT:average96Me09=900(20)83Sh06=1020(50)106CdT:also96Da25>0.
26Eyforsamechannel106SbT:from95Le.
B,Fig.
4,preliminary106TeT:average94Pa11=60(+40{20)81Sc17=60(+30{10)107Y>150ns5=2+#95Cz.
AT;107Zr;55090#600#>150ns94Be24T;107Nb;64920#400#300ms95=2+#9496Me09TD;=100;n=6.
015107Mo;729401603:5s0.
594;=100107Tc;7910015021:2s0.
25=2+#96;=100107Ru;839201203:75m0.
05(5=2)+96;=100107Rh;868611221:7m0.
47=2+94;=100107Pd;8837266:5My0.
35=2+96;=100107Pdm;881576214:90:521:3s0.
511=2;96IT=100107Ag;884056Stable1=2;96IS=51.
8397107Agm;88312693:1250:01944:3s0.
27=2+96IT=100107Cd;8698876:50h0.
025=2+96+=100107In;835621332:4m0.
39=2+94+=100107Inm;8288413678:50:350:4s0.
61=2;94IT=100107Sn;78560902:90m0.
05(5=2+)96+=100107Sb;70650#300#4:6s0.
8(5=2+)9696Hu.
ATD+=100107Te;60510#300#3:1ms0.
15=2+#96=7030+=3030107NbT:average96Me09=300(30)91Hi02=300(10)107SbT:valueisnowinpostcut-odate97Sh.
151NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)108Y>150ns95Cz.
AT;108Zr;51900#700#>150ns0+95Cz.
AT;108Nb;60540#500#193ms17(2+)96Pe25TJ;=100;n=6.
25108Mo;71190#200#1:09s0.
020+95;=100108Tc;759401305:17s0.
07(2+)95;=100108Ru;836601204:55m0.
050+94;=100108Rh;85020110&16:8s0.
51+94;=100108Rhm;8507040;60110BD&6:0m0.
3(5+)94;=100108Pd;895224Stable0+95IS=26.
469108Ag;8760462:37m0.
011+95;=97.
1520+=2.
8520108Agm;874956109:4400:007418y216+95+=91.
36IT=8.
76108Cd;892536Stable>410Py0+9595Da.
3TIS=0.
8922+108In;841004058:0m1.
27+94+=100108Inm;840704029:750:0539:6m0.
72+94+=100108Sn;820004010:30m0.
080+95+=100108Sb;72510#210#7:4s0.
3(4+)9595Ce01J+=100+p108Te;656801502:1s0.
10+9585Ti02D+=514=494.
.
.
108I;52820#360#36ms61+#9594Pa12D=+=9#p150ns95Cz.
AT;109Nb;58100#500#190ms305=2+#9696Me09TD;=100;n=315109Mo;67250#300#530ms6094;=100109Tc;74870#210#870ms405=2+#9496Me09D;=100;n=0.
082109Ru;808507034:5s1.
0(5=2+)96;=100109Rh;850121280s27=2+94;=100109Pd;87604413:7012h0.
00245=2+94;=100109Pdm;874154188:9900:0104:696m0.
00311=2;94IT=100109Ag;887203Stable1=2;94IS=48.
1617109Agm;88632388:03410:001139:6s0.
27=2+94IT=100109Cd;885054462:6d0.
45=2+96=100109In;8648564:2h0.
19=2+96+=100109Inm;858356650:10:31:34m0.
071=2;96IT=100109Inn;8438362101:80:2209ms6(19=2+)96IT=100109Sn;826361018:0m0.
25=2(+)96+=100109Sb;762561917:0s0.
7(5=2+)96+=100109Te;67570704:6s0.
3(5=2+)9685Ti02D+==3.
913.
.
.
109I;57570150100s5(5=2+)9687Gi02Jp100150ns0+95Cz.
AT;110Nb;53390#600#170ms202+#96Me09TD;=100;n=408110Mo;65460#400#300ms400+94Lh02T;=100;n110Tc;71360#400#920ms30(2+)9394Lh02J;=100;n=0.
042110Ru;8014023014:6s1.
00+93;=100110Rh;829502203:2s0.
21+93;=100110Rhm;829501000200BD28:5s1.
5(>3)93;=100110Pd;8835011Stable>600Py0+9352Wi26TIS=11.
7292;110Ag;87458324:6s0.
21+93;100=0.
306110Agm;873403117:590:05249:76d0.
206+93;=98.
646IT=1.
366110Cd;90349:73:0Stable0+93IS=12.
491252NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)110In;86472124:9h0.
17+93+=100110Inm;864101262:080:0469:1m0.
52+9389Kr12E+=100110Sn;85835164:11h0.
100+93=100110Sb;77540#200#23:0s0.
43+93+=100110Te;722805018:6s0.
80+93+1000.
003110I;60350#310#650ms201+#93+=834=174+p=113.
.
.
110Xe;51720#400#600#ms0+93+110TcD:;nintensityisfrom96Me09110ID1.
13111Nb>150ns5=2+#95Cz.
AT;111Mo;61000#500#>150ns94Be24T;111Tc;69820#400#290ms205=2+#9696Me09TD;=100;n=0.
8520111Ru;76790#300#2:12s0.
07(5=2+)9696Lh.
BJ;=100111Rh;82290#210#11s1(7=2+)96;=100111Pd;860304023:4m0.
25=2+96;=100111Pdm;8586040172:180:085:5h0.
111=2;96IT=733;=273111Ag;8821737:45d0.
011=2;96;=100111Agm;88157359:820:0464:8s0.
87=2+96IT=99.
32;=0.
72111Cd;89254:23:0Stable1=2+96IS=12.
808111Cdm;888583396:2140:02148:54m0.
0511=2;96IT=100111In;8838952:8047d0.
00059=2+96=100111Inm;878525536:950:067:7m0.
21=2;96IT=100111Sn;85944735:3m0.
67=2+96+=100111Sb;80840#200#75s1(5=2+)96+=100111Te;734807019:3s0.
45=2+#96+=100+p=111I;64950#300#2:5s0.
25=2+#96+100=0.
088111Xe;54370#300#740ms2005=2+#9694Pa11D+=107111XemnonexistentEU900ms20090Tu.
AT111TcT:supersedes88Pe13=300(30)fromsamegroup111XeD:symmetrizedfrom=8(+8{5)%111XemI:fromassigningdecaytoisomerinolderversionofEnsdf112Nb>150ns2+#95Cz.
AT;112Mo;58830#600#>150ns0+94Be24T;112Tc;65910#500#230ms202+#9796Me09TD;=100;n=2.
65112Ru;75870#540#1:75s0.
070+97;=100112Rh;79540#500#2:1s0.
31+97;=100112Rhm;79340#520#200#150#6:8s0.
2>397;=100112Pd;863371821:03h0.
050+97;=100112Ag;86625173:130h0.
0092(;)97;=100112Cd;90581:02:8Stable0+97IS=24.
1314112In;87995514:97m0.
101+97+=563;=443112Inm;878385156:590:0520:56m0.
064+97IT=100112Sn;886594Stable0+97IS=0.
9712+112Sb;816042351:4s1.
03+97+=100112Te;772601702:0m0.
20+97+=100112I;67100#210#3:42s0.
111+#9778Ro19D+100=0.
0012.
.
.
112Xe;599301502:7s0.
80+9794Pa11D+100=0.
98112Cs;46270#300#500s1001+#97p=112ID:.
.
.
+p=0.
8810+=0.
10412112ID:+pand+arederivedfrom+p/=735(80)+p/+=8.
5(2),in85Ti02112XeD:intensityisestimatedfrom94Pa11=0.
8(+1.
1{0.
5)%and78Ro19=0.
84%53NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)113Nb>150ns5=2+#95Cz.
AT;113Mo;54000#600#>150ns94Be24T;113Tc;63970#600#130ms505=2+#94;=100113Ru;72150#500#800ms5094;=100113Rh;78790#400#2:80s0.
12(7=2+)9493Pe11TJ;=100113Pd;836904093s5(5=2)+94;=100113Pdm;836104081:10:3300ms100(9=2;)9493Pe11TIT=100113PdnnonexistentRN>100s9481Me17IIT113Ag;87033175:37h0.
051=2;94;=100113Agm;869901743:500:1068:7s1.
67=2+94IT=647;=367113Cd;89049:92:87:7Py0.
31=2+9496Da11TIS=12.
228;=100113Cdm;88786:32:8263:590:1214:1y0.
511=2;94;100IT=0.
14113In;893663Stable9=2+94IS=4.
292113Inm;889743391:6910:0081:6582h0.
00061=2;94IT=100113Sn;883304115:09d0.
041=2+94+=100113Snm;88253477:3890:01921:4m0.
47=2+94IT=91.
123+=8.
923113Sb;84414226:67m0.
075=2+94+=100113Te;78310#200#1:7m0.
2(7=2+)94+=100113I;71120506:6s0.
25=2+94+=100=3.
31e{7+113Xe;62050902:74s0.
085=2+#9485Ti02D+1000.
0115+p=74.
.
.
113Cs;5166015017s2(5=2+)9494Pa12Tp100+0.
03113RhT:supersedes88Pe13=2.
72(0.
22)fromsamegroup113PdnI:existenceisnotpossiblesincediscoveryof113Pdmby93Pe11113XeD:.
.
.
+0.
0074113XeD:=0.
0024-0.
0204%fromestimatedlimitforthereducedwidth,see85Ti02113XeD:+pand+derivedfrom+p/=605(35)and+p/+=500-1500in85Ti02113CsJ:from87Gi02114Mo>150ns0+95Cz.
AT;114Tc;59730#600#>150ns2+#94Be24T;114Ru;70790#360#530ms600+95;=100;n114Rh;75590#300#1:85s0.
051+95;=100;n114Rhm;75390#340#200#150#1:85s0.
05(>3)95;=100114Pd;83494252:42m0.
060+95;=100114Ag;84945264:6s0.
11+95;=100114Agm;8474626198:90:51:50ms0.
05(92Py0+9595Da.
3TIS=28.
73282;114In;88569371:9s0.
11+95;=99.
5015+=0.
5015114Inm;883793190:290:0349:51d0.
015+95IT=96.
7524+=3.
2524114Inn;880673501:930:0343:1ms0.
68;95IT=100114Sn;905583Stable0+95IS=0.
651114Sb;846802003:49m0.
033+95+=100114Te;81920#200#15:2m0.
70+96+=100114I;72800#300#2:1s0.
21+96+=100+p114Im;72530#300#265:90:56:2s(7)96+=912IT=92114Xe;66930#210#10:0s0.
40+95+=100114Cs;54570#310#570ms20(1+)9596He25D+100=0.
0186.
.
.
114Ba;45700#450#500ms2300+9595Ja.
ATD+=7Ey,giveninEnsdf,isfor0-2;decayalone114ImD:Ensdf'95\+150ns95Cz.
AT;115Tc;57490#700#>150ns5=2+#94Be24T;115Ru;66780#600#740ms809492Ay02T;=100;n115Rh;74400500990ms50(7=2+)94;=100115Pd;804006025s2(5=2+)94;=100115Pdm;803106089:30:250s3(11=2;)94;=92.
020IT=8.
020115Ag;849903020:0m0.
51=2;92;=100115Agm;849503041:100:2018:0s0.
77=2+92;=79.
03IT=21.
03115Cd;88090:92:853:46h0.
101=2+96;=100115Cdm;87909:92:8181:00:544:6d0.
311=2;96;=100115In;895374441Ty259=2+94IS=95.
712;=100115Inm;892014336:240:034:486h0.
0041=2;94IT=95.
07;=5.
07115Sn;90032:63:0Stable1=2+96IS=0.
341115Sb;870032032:1m0.
35=2+96+=100115Te;823601105:8m0.
27=2+96+=100115Tem;823501101076:7m0.
4(1=2)+96ABBWE+100IT115I;76460#470#1:3m0.
2(5=2+)96+=100115Xe;68430#240#18s4(5=2+)94+=100+p=0.
346+=0.
00031115Cs;59670#430#1:4s0.
89=2+#94+=100+p0.
07115Ba;48710#600#400ms2005=2+#95Gu01TD+=100+p=115TemE:lessthan20keV,fromEnsdf116Tc>150ns95Cz.
AT;116Ru;65060#700#>150ns0+94Be24T;116Rh;71060#500#680ms601+95;=100;n116Rhm;70860#520#200#150#900ms400(567)95;=100116Pd;799606011:8s0.
40+96;=100116Ag;82570502:68m0.
10(2);95;=100116Agm;824905081:900:208:6s0.
3(5+)95;=94.
015IT=6.
015116Cd;88720334Ey30+9594Ku25TIS=7.
49122;=100116In;88250414:10s0.
031+95;1004+95+=100+p=0.
5115+=0.
0082116Ba;54330#500#1:35s0.
150+95Ja.
ATD+=100+p=116CdT:average94Ku25=26(+9{5)95Da09=27(+5{4+9{6)96Ar.
1=37.
5(3.
5statistics+2.
0systematics)116BaT:supersedes95Gu01=300(200)msfromsamegroup117Tc>150ns5=2+#95Cz.
AT;117Ru;60740#800#>150ns96;117Rh;69540#600#440ms40(7=2+)96;=100117Pd;76530#300#4:3s0.
3(5=2+)96;=100117Pdm;76330#300#203:20:319:1ms0.
7(11=2;)96IT=100117Ag;822705073:6s1.
4(1=2;)96;=100117Agm;822405028:600:205:34s0.
05(7=2+)96;=94.
015IT=6.
015117Cd;8642632:49h0.
041=2+96;=100117Cdm;862903136:40:23:36h0.
05(11=2);96;=100117In;88943643:2m0.
39=2+96;=100117Inm;886286315:3020:012116:2m0.
31=2;96;=52.
915IT=47.
115117Sn;90398:02:9Stable1=2+96IS=7.
687117Snm;90083:42:9314:580:0413:60d0.
0411=2;96IT=10055NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)117Sb;8864192:80h0.
015=2+96+=100117Te;851071962m21=2+96+=100117Tem;847912231612103ms311=2;96IT=100117I;80440702:22m0.
04(5=2)+96+=100117Xe;7399018061s25=2(+)96+=100+p=0.
00296117Cs;66470508:4s0.
69=2+#96+=100117Csm;66320#110#150#100#6:5s0.
43=2+#96+=100117Ba;56950#650#1:75s0.
07(3=2)(+#)96+=100+p=+=117La;46570#890#11=2;#+117AgT:symmetrizedfrom72.
8(+2.
0{0.
7)117TemE:probablydecaysbyunobservedlow-energyM2to296.
0level,fromEnsdf117TemE:half-lifesuggestsanenergybelow40keV,thus296.
0+20(12)117BaD:and+p/+=350-1200118Tc>150ns95Cz.
AT;118Ru;58660#900#>150ns0+94Be24T;118Rh;65740#700#>150ns94Be24T;118Pd;754702101:9s0.
10+95;=100118Ag;79570603:76s0.
151;9593Ja03J;=100118Agm;7944060127:490:052:0s0.
24(+)9595Ap.
AE;=59IT=41118Cd;867092050:3m0.
20+95;=100118In;8723085:0s0.
51+95;=100118Inm;87130#50#100#50#4:364m0.
0075+9594It.
AT;=100118Inn;86990#50#240#50#8:5s0.
38;95IT=98.
63;=1.
43118Sn;91653:12:9Stable0+95IS=24.
2211118Sb;8799643:6m0.
11+95+=100118Sbm;8774662506BD5:00h0.
028;95+=100118Te;87723166:00d0.
020+95=100118I;806908013:7m0.
52;95+=100118Im;8050080190:11:08:5m0.
5(7;)9594Ka39E+100IT118Xe;7771010003:8m0.
90+95+=100118Cs;684141314s2295+=100+p150ns95Cz.
AT;119Rh;63940#800#>150ns7=2+#94Be24T;119Pd;72020#300#920ms13093;=100119Ag;7856090&6:0s0.
5(1=2;)94;=100119Agm;78540#90#20#20#&2:1s0.
1(7=2+)94;=100119Cd;83910802:69m0.
023=2+93;=100119Cdm;8376080146:540:112:20m0.
02(11=2;)93;=100119In;8770482:4m0.
19=2+93;=100119Inm;873938311:370:0318:0m0.
31=2;93;=94.
415IT=5.
615119Sn;90067:22:8Stable1=2+93IS=8.
584119Snm;89977:72:889:5310:013293:1d0.
711=2;93IT=100119Sb;89473838:19h0.
225=2+93=100119Sbm;8663282841:10:6850ms90(25=2+)93IT=100119Te;87180816:03h0.
051=2+93+=100119Tem;869198260:960:054:70d0.
0411=2;93+100IT150ns0+95Cz.
AT;120Rh;59820#800#>150ns94Be24T;120Pd;70770#400#500ms1000+93Ja03T;=100120Ag;75650701:23s0.
033+8893Ru01D;=100;n150ns7=2+#94Be24T;121Pd;66900#500#>150ns94Be24T;121Ag;74660150780ms10(7=2+)9193Ru01D;=100;n=0.
0765121Cd;810608013:5s0.
3(3=2+)91;=100121Cdm;8085080214:890:108:3s0.
8(11=2;)91;=100121In;858382723:1s0.
69=2+91;=100121Inm;8552427313:690:103:88m0.
101=2;91;=98.
82IT=1.
22121Sn;89202:82:527:06h0.
043=2+91;=100121Snm;89196:52:56:300:0855y511=2;91IT=77.
620;=22.
420121Sb;89592:92:3Stable5=2+91IS=57.
215121Te;885572519:40d0.
101=2+9694Si.
AT+=100121Tem;8826325293:980:03154d711=2;96IT=88.
611+=11.
411121I;86288112:12h0.
015=2+91+=100121Xe;825432440:1m2.
05=2(+)91+=100121Cs;7714314155s43=2(+)91+=100121Csm;770751468:50:3122s39=2(+)91+=83IT=17121Ba;7034030029:7s1.
55=2(+)96+=100+p=0.
021121La;62400#500#5:3s0.
211=2;#92+=100+p121Ce;52470#700#5=2+#+121Pr;41580#800#1:4s0.
8(3=2;)9190Bo39JDp=++p121TeT:dierencewith73Ka45=16.
78(0.
35)isremarkable57NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)122Rh50#ms;122Pd;65390#500#>150ns0+94Be24T;122Ag;71430#210#520ms14(3+)9495Fe12T;=100;n=0.
18610122Agm;71350#220#80#50#1:5s0.
58;#94;=100;n122Cd;80570#210#5:24s0.
030+94;=100122In;83580501:5s0.
31+94;=100122Inm;83540#80#40#60#10:3s0.
65+94;=100122Inn;83290130290140BD10:8s0.
48;94;=100122Sn;89944:92:7Stable0+94IS=4.
6332;122Sb;88328:52:22:7238d0.
00022;94;=97.
5912+=2.
4112122Sbm;88164:92:2163:55910:00174:191m0.
003(8);94IT=100122Te;90311:11:9Stable0+94IS=2.
6034122I;8607753:63m0.
061+94+=100122Xe;851909020:1h0.
10+94=100122Cs;781321621:18s0.
191+9693Al03T+=100+150ns94Be24T;123Ag;69960#300#296ms6(7=2+)9495Fe12T;=100;n=0.
555123Cd;77310402:10s0.
02(3=2)+94;=100123Cdm;7699040316:520:231:82s0.
03(11=2;)94;=IT=123In;83426245:98s0.
069=2+94;=100123Inm;8309924327:210:0447:8s0.
51=2;94;=100123Sn;87819:52:7129:2d0.
411=2;94;=100123Snm;87794:92:724:60:440:06m0.
013=2+94;=100123Sb;89222:52:0Stable7=2+94IS=42.
795123Te;89169:21:8>600Ty1=2+9496Al30TIS=0.
9082=100123Tem;88921:61:8247:550:04119:7d0.
111=2;94IT=100123I;87935413:27h0.
085=2+94+=100123Xe;85259152:08h0.
021=2+9490Ne.
AJ+=100123Cs;81049125:87m0.
041=2+9493Al03T+=100123Csm;8089212156:740:211:64s0.
12(11=2);94IT=100123Ba;75590#300#2:7m0.
45=2+94+=100123La;68710#400#17s311=2;#94+=100123Ce;60070#500#3:8s0.
2(5=2)(+#)94+=100+p=123Pr;50340#700#3=2+#+123AgT:average95Fe12=293(7)86Ma42=300(20)83Re05=300(10)D:from93Ru01123TeT:and24(9)Eyfor(K),sameauthors123TeI:Thisnuclideisnotconsidered`stable'sinceKhasbeenobserved123CsT:average93Al03=5.
87(0.
05)68Ch18=5.
87(0.
05)58NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)124Pd200#ms0+;124Ag;66570#400#172ms53+#95Fe12T;=100;n>0.
1124Agm;66570#410#0#100#8;#95Kr.
AI;IT124Cd;7671060900ms2000+85;=100124In;80880503:17s0.
053+85;=100124Inm;8090050;2070BD2:4s0.
48(;#)8579Fo10J;100IT124Sn;88236:11:4Stable>100Py0+8552Ka41TIS=5.
7952;124Sb;87618:62:060:20d0.
033;85;=100124Sbm;87607:72:010:86330:001193s55+85IT=755;=255124Sbn;87581:82:036:84560:001520:2m0.
28;85IT=100124Te;90523:11:5Stable0+85IS=4.
8166124I;87363:52:44:1760d0.
00032;8592Wo03T+=100124Xe;87657:52:0Stable>48Py0+9689Ba22TIS=0.
1012+124Cs;817431230:9s0.
41+8593Al03T+=100124Csm;8128012462:60:56:3s0.
2(7)+85IT=100124Ba;790951411:9m1.
00+85+=100124La;70300#300#29s1(7;8;)8592Id01JT+=100124Lam;70200#320#100#100#2#slow92Id01JIT124Ce;64720#500#6s20+85+=100124Pr;53130#600#1:2s0.
286Wi15TD+=100+p=124AgD:;nintensitylimitisfrom93Ru01124AgmI:\Thereissomeevidenceforalow-spinandahigh-spinisomerin124Ag"124CdT:1.
25(0.
02)sinpostcut-odateEnsdf'97124InT:3.
11(0.
10)sinpostcut-odateEnsdf'97124InmT:3.
7(0.
2)sinpostcut-odateEnsdf'97124SbmE:10.
8630(0.
0011)inpostcut-odateEnsdf'97124SbnE:36.
8440(0.
0014)andJ=(8);inpostcut-odateEnsdf'97124CsT:average93Al03=30.
9(0.
5)78Ek05=30.
8(0.
5)124CsmE:462.
55(0.
17)inpostcut-odateEnsdf'97124BaT:11.
0(0.
5)sinpostcut-odateEnsdf'97125Ag;64700#400#166ms77=2+#95Fe12TD;=100;n=125Cd;7336070650ms20(3=2)+94;=100125Cdm;73310505070BD570ms90(11=2;)94;=100125In;80480302:36s0.
049=2(+)94;=100125Inm;8012030360:120:0912:2s0.
21=2(;)94;=100125Sn;85897:81:59:64d0.
0311=2;94;=100125Snm;85870:31:527:500:149:52m0.
053=2+94;=100125Sb;88261:12:82:7582y0.
00117=2+94;=100125Te;89027:81:9Stable1=2+94IS=7.
1396125Tem;88883:01:9144:7950:01057:40d0.
1511=2;94IT=100125I;88842:01:959:408d0.
0085=2+94=100125Xe;87189:52:016:9h0.
21=2+9490Ne.
AJ+=100125Xem;86936:72:0252:80:357s19=2;9490Ne.
AJIT=100125Cs;84091845m11=2(+)9481Th06J+=100125Ba;795302503:5m0.
41=2(+)94+=100125La;73900#300#76s6(11=2;)94+=100125Ce;66570#400#9:0s0.
6(5=2+)9483Ni05D+=100+p=125Pr;57910#500#3:3s0.
73=2+#95Os03TD+=100+p59NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)126Ag;61010#400#107ms123+#95Fe12TD;=100;n=126Cd;7233050506ms150+93;=100126In;77810401:60s0.
103(+)93;=100126Inm;777105010060BD1:64s0.
058(;#)9379Fo10J;=100126Sn;8602011207ky210+9396Ha45T;=100126Sb;864003012:46d0.
03(8);93;=100126Sbm;863803017:70:319:15m0.
08(5)+93;=864IT=144126Sbn;863603040:40:311s(3);93IT=100126Te;90070:31:9Stable0+93IS=18.
95211126I;87915413:11d0.
052;93+=56.
320;=43.
720126Xe;891736Stable0+93IS=0.
0912+126Cs;84349121:64m0.
021+93+=100126Ba;8267614100m20+93+=100126La;75110#300#54s294+=100126Ce;70700#400#50s30+93+=100126Pr;60260#500#3:12s0.
18(>5)9388Ba42TJ+=100+p=126Nd;53030#700#500#ms300#0++126SnT:half-lifehasbeendeterminedfromisotopicabundance0.
000923(87)%126PrT:average95Os03=3.
14(0.
22)88Ba42=3.
0(0.
4)and83Ni05=3.
2(0.
6)127Ag;58800#500#79ms37=2+#96Wo.
ATD;=100;n=127Cd;6853070370ms70(3=2+)96;=100127In;76990401:09s0.
019=2(+)9687Eb02J;=100;n0.
03127Inm;765307046070BD3:67s0.
04(1=2;)96;=100;n=0.
694127Sn;83508252:10h0.
04(11=2;)96;=100127Snm;83503254:70:34:13m0.
03(3=2+)96;=100127Sb;8670963:85d0.
057=2+96;=100127Te;8829039:35h0.
073=2+96;=100127Tem;88202388:260:08109d211=2;96IT=97.
62;=2.
42127I;889874Stable5=2+96IS=100.
127Xe;88325436:4d0.
11=2+96=100127Xem;880284297:100:0869:2s0.
99=2;96IT=100127Cs;8624096:25h0.
101=2+96+=100127Ba;8279010012:7m0.
41=2+96+=100127Bam;8271010080:330:121:9s0.
27=2;96IT=100127La;78100#220#5:1m0.
1(11=2;)96+=100127Lam;78090#220#14:81:23:7m0.
4(3=2+)96+100IT127Ce;71960#300#29s2(5=2+)9696Ge07T+=100127Cem;71960#320#0#100#34s2(1=2+)96Ge07TJD+=100127Pr;64430#400#4:9s0.
33=2+#96+=100127Nd;55420#600#1:8s0.
45=2+#96+=100+p=127AgT:supersedes95Fe12=109(25)fromsamegroup60NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)128Ag58ms596Wo.
ATD;=100;n=128Cd;67290290340ms300+8486Go10T;=100128In;7436050776ms24(23)+8493Ru01TD;=100;n=0.
0383128Inm;740405032060BD776ms24(78);8493Ru01T;=100128Sn;833362759:1m0.
50+84;=100128Snm;81245272091:480:126:5s0.
5(7;)84IT=100128Sb;84610259:01h0.
038;84;=100128Sbm;846002410710:4m0.
25+8495Au04E;=96.
4IT=3.
6128Te;88993:61:82:2Yy0.
30+8496Ta04TIS=31.
687112;=100128I;87742424:99m0.
021+84;=93.
18+=6.
98128Xe;89860:81:4Stable0+84IS=1.
913128Cs;8593263:640m0.
0141+8493Al03T+=100128Ba;85410112:43d0.
050+84=100128La;787604005:0m0.
3(5+)8495Ha16J+=100128Lam;78660#410#100#100#1#mlow95Ha16JIT128Ce;75570#300#4:07m0.
120+8492Ha.
CT+=100128Pr;66320#400#3:15s0.
25(45)88Ba42TJ+=100+p=128Nd;60180#600#5#s0+8483Ni05T++p128Pm;48200#900#93Li40D+p=0128TeT:seealso92Be30=7.
7(0.
4)notusedforconsistencywith130Te(seebelow)128TeD:from92Be30128CsT:average93Al03=3.
66(0.
02)76He04=3.
62(0.
02)128LaT:and5.
4(0.
2)minpostcut-odate97Ha.
1128LamT:half-lifeshorterthan2m,J=(1+,2+)inpostcut-odate97Ha.
1128CeT:tobereplacedbypostcut-odate97Ha.
1=4.
1(0.
3)m,fromsameauthors128PrT:average88Ba42=3.
1(0.
3)85Wi07=3.
2(+0.
5{0.
4)D:from85Wi07128NdT:83Ni05gave4(2)s.
Proved,by85Wi07,tobedueto128Pr,notto128Nd129Ag50#ms7=2+#95Fe12ID;=100;n=129Cd;63100#400#270ms403=2+#9686Go10D;=100;n129In;72980130611ms49=2+#9693Ru01T;=100;n=0.
255129Inm;7260014038070BD1:23s0.
031=2;#96;100IT99;n=0.
0285IT17;2n11Py0+9489Ba22TIS=10.
422;134Xem;86158:90:91965:50:5290ms177;94IT=100134Cs;86895:93:02:0648y0.
00104+94;=100=0.
00031134Csm;867573138:74410:00262:903h0.
0088;94IT=100134Ba;88954:53:0Stable0+95IS=2.
41727134La;85241266:45m0.
161+94+=100134Ce;847402003:16d0.
040+94=100134Pr;78550#300#17m22;94+=100134Prm;785502200#200#11m(5;)94+=100134Nd;75780#330#8:5m1.
50+96+=100134Pm;66610#390#22s1(5+)94+=100134Pmm;66610#400#0#100#5s(2+)94+=100134Sm;61460#500#10s10+94+=100134Eu;50000#700#500ms20094+=100+p=134InD:;nand;2nintensitylimitsarefrom95Jo.
A135In100#ms9=2+#;;n135Sn;60800#400#>150ns7=2;#94Be24T;;n135Sb;697101101:680s0.
0157=2+#8893Ru01TD;=100;n=17.
622135Te;778309019:0s0.
2(7=2;)88;=100135I;83788236:57h0.
027=2+88;=100135Xe;86436109:14h0.
023=2+88;=100135Xem;8590910526:5510:01315:29m0.
0511=2;88IT100;=0.
004135Cs;8758732:3My0.
37=2+88;=100135Csm;8595431632:91:553m219=2;88IT=100135Ba;87855:93:0Stable3=2+88IS=6.
59218135Bam;875883268:2190:02028:7h0.
211=2;88IT=100135La;866561019:5h0.
25=2+88+=100135Ce;846301117:7h0.
21=2(+)96+=100135Cem;8418411445:80:220s111=2(;)96IT=100135Pr;8091015024m23=2(+)96+=100135Nd;76160#210#12:4m0.
69=2;96+=100135Ndm;76100#210#65:10:55:5m0.
5(1=2+)9689Ko07E+=100135Pm;70220#320#49s3(5=2+)9689Ko07TJ+=100135Pmm;70120#250#100#200#40s3(11=2;)9689Ko07TJ+=100135Sm;63020#500#10:3s0.
5(7=2+)96+=100+p=0.
021135Smm;63020#580#0#300#2:4s0.
9(3=2+5=2+)8889Vi04TJD+=100135Eu;54290#600#1:5s0.
211=2;#96+=100+p135Gd1:1s0.
25=2+#96Xu07TD+=100+p2135InI:T=195(3)msin93Kr05isamisprintfor133In135SbT:average93Ru01=1.
662(0.
010)77Ru04=1.
706(0.
014)and68To19=1.
700(0.
020)135SmmI:existenceof135SmmisdiscussedinEnsdf64NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)136Sn;56500#500#>150ns0+94Be24T;;n136Sb;64590#300#923ms141;#9493Ru01TD;=100;n=173136Te;744205017:63s0.
080+9493Ru01TD;=100;n=1.
306136I;795005083:4s1.
0(1;)94;=100136Im;78850110650120BD46:9s1.
0(6;)94;=100136Xe;864247Stable>210Ey0+9493Vu02TIS=8.
912;136Cs;86344413:16d0.
035+94;=100136Csm;86140#140#200#140#19s28;94IT=;136Ba;88892:43:0Stable0+94IS=7.
85436136Bam;8686232030:520:02308:4ms1.
97;94IT=100136La;86020709:87m0.
031+94+=100136Lam;85780702417114ms3(78)(;#)94ABBWEIT=100136Ce;8650050Stable0+94IS=0.
1912+136Pr;813705013:1m0.
12+94+=100136Nd;791606050:7m0.
30+96+=100136Pm;71310210107s65(+)6;94+=100136Pmm;71070#320#240#240#47s2(2+)94+=100136Sm;66790#400#47s20+94+=100136Eu;56360#500#3:3s0.
3(7+)9489Vi04D+=100+p=0.
093136Eum;56360#710#0#500#3:7s0.
3(3+)9489Vi04D+=100+p=0.
093136Gd;49300#700#1#s0.
5#0++136SbT:supersedes76Lu02=820(20)fromsamegroup136TeT:average93Ru01=17.
66(0.
09)78Cr03=17.
5(0.
2)136LamE:lessthan22keVabove230.
1level,fromEnsdf,thus230.
1+11(7)137Sn;50500#600#>150ns5=2;#94Be24T;137Sb;60260#400#>150ns7=2+#94Be24T;;n137Te;695601202:49s0.
05(7=2;)9493Ru01D;=100;n=2.
9916137I;765012824:13s0.
12(7=2+)9493Ru01TD;=100;n=7.
1423137Xe;8237973:818m0.
0137=2;94;=100137Cs;86551:13:030:07y0.
037=2+96;=100137Ba;87726:83:0Stable3=2+94IS=11.
234137Bam;870653661:6600:0032:552m0.
00111=2;94IT=100137La;871305060ky207=2+94=100137Ce;85900509:0h0.
33=2+94+=100137Cem;8565050254:290:0534:4h0.
311=2;94IT=99.
223+=0.
783137Pr;83200501:28h0.
035=2+94+=100137Nd;795107038:5m1.
51=2+96+=100137Ndm;7899070519:60:51:60s0.
1511=2;96IT=100137Pm;73860#140#&2#m5=2+#+137Pmm;73860900#100#&2:4m0.
111=2;94+=100137Sm;6796011045s1(9=2;)94+=100137Smm;67780#120#180#50#20#s1=2+#+137Eu;60350#500#8:4s0.
5(11=2;)9488Be.
AT+=100137Gd;51560#600#7s37=2+#94+=100+p=137IT:supersedes74Ru08=24.
5(0.
2)fromsamegroup138Sb;55000#500#>150ns2;#94Be24T;;n138Te;65930#210#1:4s0.
40+95;=100;n=6.
321138I;72300806:49s0.
07(2;)9593Ru01D;=100;n=5.
4618138Xe;801204014:08m0.
080+95;=100138Cs;828931033:41m0.
183;95;=100138Csm;828131079:90:32:91m0.
086;95IT=812;=192138Ba;88267:23:0Stable0+95IS=71.
707138La;865294105Gy25+95IS=0.
09022+=66.
45.
.
.
138Ce;8757411Stable0+95IS=0.
2512+138Cem;85445112129:170:128:65ms0.
207;95IT=10065NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)138Pr;83137151:45m0.
051+95+=100138Prm;827732336422BD2:12h0.
047;95+=100138Nd;82040#200#5:04h0.
090+95+=100138Pm;75040#320#&3:24m0.
05(5;4+)95+=100138Pmm;74950#210#80260BD&10s21+95+=100138PmnnonexistentEU3:24m0.
05(3+)9581De38I+=100138Sm;71220#300#3:1m0.
20+95+=100138Eu;61990#400#12:1s0.
6(6;)95+=100138Gd;55920#500#5#s2#0+95+138Tb;43900#800#400#ms93Li40D+p=0138IT:Ensdfaverages6values.
Also93Ru01=6.
23(0.
03)138LaD:.
.
.
;=33.
65138PmnD:Argumentsforathirdisomer,withintermediatespin,isnotconvincing139Sb;50570#600#>150ns7=2+#94Be24T;139Te;60800#400#>150ns5=2;#94Be24T;;n139I;68840302:282s0.
010(7=2+)8993Ru01TD;=100;n=10.
03139Xe;756502139:68s0.
143=2;89;=100139Cs;8070749:27m0.
057=2+89;=100139Ba;84919:33:083:06m0.
287=2;89;=100139La;872363Stable7=2+89IS=99.
90982139Ce;869588137:640d0.
0233=2+89=100139Cem;862048754:240:0856:54s0.
1311=2;8994It.
ATIT=100139Pr;8482984:41h0.
045=2+89+=100139Nd;820405029:7m0.
53=2+89+=100139Ndm;8181050231:150:055:50h0.
2011=2;89+=88.
24IT=11.
84139Pm;77540604:15m0.
05(5=2)+89+=100139Pmm;7735060188:70:3180ms20(11=2);89IT100+=0.
16#139Sm;72375152:57m0.
101=2(+)8987Al.
AJ+=100139Smm;7191715457:80:410:7s0.
6(11=2);89IT=93.
75+=6.
35139Eu;65360#150#17:9s0.
6(11=2);89+=100139Gd;57680#500#5:7s0.
49=2;#8988Be.
AT+100+p=139Tb;48410#700#700#ms5=2+#+139IT:average93Ru01=2.
280(0.
011)80Al15=2.
29(0.
02)139GdT:average88Be.
A=5.
8(0.
4)83Ni05=4.
9(1.
0)140Te;57100#500#>150ns0+94Be24T;;n140I;64080#210#860ms40(3)(;#)95;=100;n=9.
310140Xe;730006013:60s0.
100+95;=100140Cs;77056963:7s0.
31;95;=100140Ba;83276812:752d0.
0030+95;=100140La;8432631:6781d0.
00033;95;=100140Ce;880883Stable0+95IS=88.
4810140Pr;8470073:39m0.
011+95+=100140Nd;84477193:37d0.
020+95=100140Pm;78430309:2s0.
21+95+=100140Pmm;779907044070BD5:95m0.
058;95+=100140Sm;754591514:82m0.
120+95+=100140Eu;66990501:51s0.
021+95+=100140Eum;667805021015125ms25;#95ABBWEIT100+150ns5=2;#94Be24T;;n141I;60710#300#430ms207=2+#9193Ru01D;=100;n=223141Xe;68330901:73s0.
015=2(;#)9193Ru01D;=100;n=0.
0433141Cs;744791024:94s0.
067=2+9193Ru01D;=100;n=0.
0353141Ba;79730818:27m0.
073=2;91;=100141La;8294353:92h0.
03(7=2+)91;=100141Ce;85445332:501d0.
0057=2;91;=100141Pr;860263Stable5=2+91IS=100.
141Nd;8420342:49h0.
033=2+91+=100141Ndm;834464756:70:162:0s0.
811=2;91IT100+150ns0+94Be24T;142I;55720#400#200ms2;#75Kr17T;=100;n=25#142Xe;654801001:22s0.
020+9193Ru01D;=100;n=0.
413142Cs;70521111:689s0.
0110;9193Ru01TD;=100;n=0.
0914142Ba;77828610:6m0.
20+91;=100142La;80039691:1m0.
52;91;=100142Ce;845433Stable>50Py0+9161Ma05TIS=11.
08102;142Pr;83797319:12h0.
042;91;100=0.
01648142Prm;8379333:68150:001114:6m0.
55;91IT=100142Nd;85959:52:8Stable0+91IS=27.
1312142Pm;810904040:5s0.
51+91+=100142Pmm;8021040883:170:162:0ms0.
2(8);91IT=100142Sm;789971172:49m0.
050+96+=100142Eu;71350302:36s0.
101+9691Fi03T+=100142Eum;708304052050BD1:223m0.
0088;9693Al03T+=100142Gd;66850#300#70:2s0.
60+91+=100142Tb;56950#760#597ms171+9191Fi03D+=100+p=0.
002211142Tbm;56670#760#280:11:0303ms7(5;)9191Fi03DIT100+150ns7=2+#94Be24T;143Xe;60650#220#300ms305=2;91;=100143Cs;67691221:791s0.
0083=2+9193Ru01TD;=100;n=1.
626143Ba;739451314:33s0.
085=2;91;=100143La;781911514:2m0.
1(7=2)+91;=100143Ce;81616333:039h0.
0063=2;91;=100143Pr;83078313:57d0.
027=2+91;=100143Nd;84011:82:8Stable7=2;96IS=12.
186143Pm;829704265d75=2+91+=100143Sm;7952848:83m0.
013=2+91+=100143Smm;787744754:00:266s211=2;91IT100+=0.
246143Smn;7673442794:70:530ms323=2(;)91IT=100143Eu;74253132:586m0.
0265=2+9693Al03T+=100143Gd;6824020039s2(1=2)+9178Fi02D+=100+p=+=143Gdm;68090200152:60:5112s211=2;9178Fi02D+=100+p=+=143Tb;60780#400#12s1(11=2;)94+=100143Tbm;60780#450#0#200#150ns1;#94Be24T;144Xe;57540#320#1:15s0.
200+89;=100;n144Cs;6331628993ms131(;#)8993Ru01TD;=100;n=3.
2021144Csm;63020#200#300#200#3)89;=IT144Ba;717801411:5s0.
20+89;=100;n=3.
67144La;749006040:8s0.
4(3;)89;=100144Ce;804414284:893d0.
0080+89;=100144Pr;80760417:28m0.
050;89;=100144Prm;80701459:030:037:2m0.
33;89IT100;=0.
07144Nd;83757:52:82:29Py0.
160+96IS=23.
8012=100144Pm;814264363d145;89+=100144Sm;819763Stable0+89IS=3.
112+144Eu;756611810:2s0.
11+96+=100144Gd;71920#200#4:5m0.
10+96+=100144Tb;62850#300#1s(1+)89+=100+p144Tbm;62450#300#396:90:54:25s0.
15(6;)89IT=66+=34+p144Dy;56760#400#9:1s0.
40+89+=100+p=144Ho;45050#600#700ms10089+=100+p=144Er;36710#800#400#ms200#0++144ID:fromsystematics,;ncanbeestimated;n=40%#144CsT:average93Ru01=982(5)79Ri09=1000(10)and79En02=1030(10)68NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)145Xe;52470#400#900ms3003=2;#71Wo02TD;=100145Cs;6019050582ms63=2+9393Ru01TD;=100;n=14.
38145Ba;68070604:31s0.
165=2;93;=100145La;729907024:8s2.
0(5=2+)9396Ur02J;=100145Ce;77100403:01m0.
06(3=2);93;=100145Pr;7963685:984h0.
0107=2+93;=100145Nd;81441:62:8Stable7=2;93IS=8.
306145Pm;81279417:7y0.
45=2+93=100=2.
8e{7145Sm;806623340d37=2;93=100145Eu;7800245:93d0.
045=2+93+=100145Gd;729504023:0m0.
41=2+96+=100145Gdm;7220040748:70:185s311=2;96IT=94.
35+=5.
75145Tb;66250#230#20#m(3=2+)9693To04J+145Tbm;662502000#100#30:9s0.
7(11=2;)9693Al03T+=100145Dy;58730#300#9:5s1.
0(1=2+)9393Al03T+=100+p=145Dym;58610#300#118:20:214:1s0.
7(11=2;)9393To04T+=100145Ho;49480#600#2:4s0.
1(11=2;)93+=100145Er;39630#700#900ms3001=2+#93+=100+p=145CsT:average93Ru01=579(6)82Ra13=594(13)145TbmT:average93Al03=31.
6(0.
6)82No08=29.
5(1.
0)and82Al07=29.
5(1.
5)145DyT:average93Al03=10.
5(1.
5)93To04=6(2)and84Sc.
C=10(1)145DymT:average93To04=14.
5(1.
0)82No08=13.
6(1.
0)146Xe;49090#400#>150ns0+9094Be24T;146Cs;5574080323ms61;9093Ru01TD;=100;n=14.
25146Ba;65110802:22s0.
070+9093Ru01D;=100;n150ns3=2;#94Be24T;;n147Cs;52290150225ms5(3=2+)9293Ru01D;=100;n=28.
517147Ba;6149090893ms1(3=2;)9293Ru01D;=100;n=0.
063147La;67240804:015s0.
008(5=2+)9293Ru01D;=100;n=0.
0403147Ce;721805056:4s1.
0(5=2;)92;=100147Pr;754704013:4m0.
4(3=2+)92;=100147Nd;78156:32:810:98d0.
015=2;92;=100147Pm;79052:32:92:6234y0.
00027=2+96;=100147Sm;79276:42:9106Gy27=2;92IS=15.
02=100147Eu;77555424:1d0.
65=2+92+100=0.
00226147Gd;75368438:06h0.
127=2;96+=100147Tb;70759121:7h0.
1(1=2+)96+=100147Tbm;707081250:60:91:87m0.
05(11=2);9693Al03T+=100147Dy;643905040s101=2+9284To07D+=100+p0.
05147Dym;6364050750:50:455s111=2;92+=654IT=354147Ho;56040#400#5:8s0.
4(11=2;)92+=100+p147Er;47220#500#&2:5s(1=2+)92+=100+p=147Erm;47120#500#100#50#&2:5s0.
2(11=2;)92+=100147Tm;36250#600#580ms40(11=2;)9293To02TD+=855p=155147LaJ:from96Ur02147TbT:1.
64(0.
03)hinpostcut-odate97Wa04147TbmT:average93Al03=1.
92(0.
07)73Bo13=1.
83(0.
06)E:from87Li09147ErmE:estimatedfrom11/2;inisotones141Sm=175(0)143Gd=152(0)145Dy=118(0)147TmT:average93To02=640(60)83La27=560(40)148Cs;47600590158ms79093Ru01D;=100;n=25.
125148Ba;58050140607ms250+9093Ru01D;=100;n=0.
43148La;631601301:05s0.
01(2;)9093Ru01D;=100;n=0.
153148Ce;7043012056s10+90;=100148Pr;72490902:27m0.
041;90;=100148Prm;72440#90#50#30#2:0m0.
1(4)90ABBWE;=100148Nd;774183Stable>3.
0Ey0+9082Be20TIS=5.
7632;148Pm;7687875:370d0.
0091;90;=100148Pmm;767417137:000:1041:29d0.
116;90;=95.
04IT=5.
04148Sm;79346:62:97Py30+90IS=11.
31=100148Eu;762391854:5d0.
55;90+=100=9.
4e{728148Gd;76280374:6y3.
00+96=1002+148Tb;705203060m12;90+=100148Tbm;704303090:10:32:20m0.
059+90+=100148Dy;67830303:1m0.
10+90+=100148Ho;58430#270#2:2s1.
11+90+=100148Hom;584302500#100#9:49s0.
126;9093Al03T+=100+p=0.
081148Hon;57740#290#690#100#2:35ms0.
04(10+)90IT=100148Er;51750#400#4:6s0.
20+90+=100+p0.
15148Tm;39540#700#700ms200(10+)90+=100148Yb;30960#800#250#ms150#0++148PrmE:derivedfromEnsdfestimateE50ms3=2+#9587Ra12T;;n149Ba;53600#400#344ms73=2;#95;=100;n=0.
4312149La;61130#300#1:05s0.
035=2+#9593Ru01D;=100;n=1.
43149Ce;66800805:3s0.
23=2;#95;=100149Pr;70988112:26m0.
07(5=2+)95;=100149Nd;7438531:728h0.
0015=2;95;=100149Pm;76076453:08h0.
057=2+95;=100149Sm;77146:82:9Stable>2Py7=2;95IS=13.
81149Eu;76451593:1d0.
45=2+95=100149Gd;7513849:28d0.
107=2;96+=100=4.
3e{410149Tb;7150054:118h0.
0251=2+95+=83.
317=16.
717149Tbm;71464535:780:134:16m0.
0411=2;95+100=0.
0223149Dy;67688114:20m0.
147=2(;)9588Ah02J+=100149Dym;65027112661:10:4490ms15(27=2;)95IT=99.
33+=0.
73149Ho;616742221:1s0.
2(11=2;)95+=100149Hom;616252248:800:2056s3(1=2+)95+=100149Er;53860#470#4s2(1=2+)95+=100+p=72149Erm;53120#470#741:80:28:9s0.
2(11=2;)95+=96.
57IT=3.
57+p=0.
187149Tm;44110#600#900ms200(11=2;)95+=100+p=0.
2615149Yb;34020#700#600#ms(1=2+3=2+)95+149TmD:symmetrizedfrom+p=0.
2(+2{1)%150Cs;39150#500#>50ms87Ra12T;;n150Ba;50660#500#300ms0+95;=100;n150La;57220#400#510ms30(3+)9795Ok02TJ;=100;n=2.
73150Ce;649901204:0s0.
60+95;=100150Pr;68000806:19s0.
16(1);96;=100150Nd;73694421Ey50+9695Ar08TDIS=5.
6432;=100150Pm;73607202:68h0.
02(1;)95;=100150Sm;77061:12:9Stable0+96IS=7.
41150Eu;74801736:9y0.
95(;)95+=100150Eum;74759742:10:512:8h0.
10;95;=892+=112IT5e{8150Gd;7577271:79My0.
080+96=1002+150Tb;7111683:48h0.
16(2;)96+10050ms3=2+#8987Ra12T;;n151Ba;45920#600#>150ns3=2;#94Be24T;151La;54440#500#>150ns5=2+#94Be24T;151Ce;61440#300#1:02s0.
063=2;#89;=100151Pr;668604018:90s0.
07(1=23=25=2);89;=100151Nd;70957412:44m0.
07(3=2)+89;=100151Pm;73399628:40h0.
045=2+89;=100151Sm;74586:22:990y85=2;89;=100151Eu;74662:92:9Stable5=2+89IS=47.
815151Gd;741994124d17=2;89=100=1.
0e{66151Tb;71634517:609h0.
0011=2(+)96+100=0.
009515151Tbm;71534599:540:0625s3(11=2;)96IT=93.
84+=6.
24151Dy;68763417:9m0.
37=2(;)96+=94.
44=5.
64151Ho;636391235:2s0.
111=2(;)8987Ne.
AJ+==223151Hom;635981241:100:2047:2s1.
01=2(+)8991To08ED=7718+151Er;58260#300#23:5s1.
3(7=2;)89+=100151Erm;55680#300#2585:50:6580ms20(27=2;)89IT=95.
33+=4.
73151Tm;50830#140#&4:13s0.
11(11=2;)89+=100151Tmm;50780#130#45#15#&5:2s2.
0(1=2+)89+=100151Yb;41690#320#1:6s0.
5(1=2+)8986To12T+=100+p=151Ybm;41690#590#0#500#1:6s0.
5(11=2;)8986To12TD+=100+p=151Lu;30600#600#&1=2+#+151Lum;30600#600#0#100#&85ms10(11=2;)8993Se04Dp=+=30#151PrJ:(3/2;)inpostcut-odateEnsdf'97151NdJ:3/2;inpostcut-odateEnsdf'97151GdD:=0.
8e{6(+8{4)%inpostcut-odateEnsdf'97151HomD:symmetrizedfrom=80(+15{20)%J:from87Ne.
A151TmT:4.
17(0.
10)sinpostcut-odateEnsdf'97151TmmT:6.
6(1.
4)sinpostcut-odateEnsdf'97151TmmE:97Da07=96.
4(7.
0)keVshouldreplacetheestimatedAme'95=45#innextAme151TmmE:Ame'95=45#estimatedfrom11/2;inisotopes153Tm:43(0)155Tm:41(6)151YbT:derivedfrom1.
6(0.
1),formixtureofground-stateandisomerwithalmostsamehalf-life151YbmD:IT=0.
4%#inpostcut-odateEnsdf'97151LuI:Lowspinground-statenotbelievedtoexist.
KeptforconsistencywithAme'95.
151LumT:88(10)msinpostcut-odateEnsdf'97152Ba;42700#700#0+;152La;50200#600#>150ns96;152Ce;59260#400#1:1s0.
30+9690Ta07T;=100152Pr;63710#300#3:63s0.
12(4;)97;=100152Nd;701603011:4m0.
20+97;=100152Pm;71270704:12m0.
081+97;=100152Pmm;7112080140110BD7:52m0.
084;97;=100152Pmn;71020#170#250#150#13:8m0.
2(8)97;100IT=152Sm;74772:62:9Stable0+97IS=26.
72152Eu;72898:32:913:537y0.
0063;97+=72.
13;=27.
93152Eum;72852:72:945:59980:00049:3116h0.
00130;97;=724+=284152Eun;72750:52:9147:860:1096m18;97IT=100152Gd;74717:13:0108Ty80+97IS=0.
201=1002+152Tb;707304017:5h0.
12;97+=100150ns5=2+#94Be24T;153Ce;55350#500#>150ns3=2;#94Be24T;153Pr;61810#300#4:3s0.
25=2;#90;=100153Nd;673522728:9s0.
43=2;#90;=100153Pm;70688115:250m0.
0175=2;9087Gr.
AT;=100153Sm;72569:02:946:27h0.
013=2+90;=100153Smm;72470:62:998:40:210:6ms0.
311=2;90IT=100153Eu;73377:32:9Stable5=2+90IS=52.
215153Gd;72892:93:0241:6d0.
23=2;90=100153Tb;7132452:34d0.
015=2+90+=100153Dy;6915356:4h0.
17=2(;)96+100=0.
009414153Ho;6502362:02m0.
0311=2(;)9093Al03T+100=0.
05125153Hom;64954668:70:49:3m0.
51=2+9094Xu09E+100=0.
188153Er;604601137:1s0.
27=2(;)9485Ah.
1J=533+=473153Tm;54001221:48s0.
01(11=2;)90=913+=93153Tmm;539582243:200:202:5s0.
2(1=2+)9089Ko02ED=923+=153Yb;47310#300#4:2s0.
1(7=2;)9588Wi05D+==50#+p=0.
0082153Lu;38480#600#900ms200(11=2;)9589Ni04TD+=153Lum;38450#620#50#150#1=2+#+153NdJ:(1/2,3/2,5/2)inEnsdfsuggestedbyapparentfeedingof3/2+450keVlevel153HoJ:from87Ne.
A153LumE:80(5)keVinpostcut-odate97Ir01154La;42480#800#;154Ce;52800#600#>150ns0+94Be24T;154Pr;58320#400#2:3s0.
1(3+)9396To05J;=100154Nd;6569011025:9s0.
20+97;=100154Pm;68420701:73m0.
10(01)93;=100154Pmm;6837011050130BD2:68m0.
07(34)93;=100154Sm;72465:33:0Stable0+93IS=22.
722;154Eu;71748:02:98:593y0.
0043;93;100=0.
021154Eum;71602:72:9145:30:346:3m0.
4(8;)93IT=100154Gd;73716:32:9Stable0+93IS=2.
183154Tb;701505021:5h0.
4093+100;150ns5=2;#94Be24T;155Pr;55900#500#5=2;#;155Nd;627601508:9s0.
23=2;#94;=100155Pm;669803041:5s0.
2(5=2;)94;=100155Sm;70201:23:022:3m0.
23=2;94;=100155Eu;71828:02:94:7611y0.
00135=2+94;=100155Gd;72080:12:9Stable3=2;94IS=14.
805155Gdm;71959:12:9121:050:1931:97ms0.
2711=2;94IT=100155Tb;71259125:32d0.
063=2+94=100155Dy;69164129:9h0.
23=2;96+=100155Ho;660622348m15=2+94+=100155Er;62220505:3m0.
37=2;94+100=0.
0227155Tm;566431321:6s0.
2(11=2;)95+=98.
13=1.
93155Tmm;566021441645s3(1=2+)95+>921Ey0+9258Ri23TIS=0.
0612+156Ho;65470#200#56m14(+)9287Ne.
AJ+=100156Hom;65420#200#52:20:19:5s1.
51+9295Ka.
ATIT=+156Er;642607019:5m1.
00+92+=100156Tm;568106083:8s1.
82;92+100=0.
06410156TmmnonexistentRN19s39+91To08I156Yb;532403026:1s0.
70+92+=902=102156Lu;43870#300#494ms12(2#);9296Pa01TJ=+=5#156Lum;43550#340#320#170#198ms2(9)+9296Pa01TJD=946+156Hf;37960#360#23ms10+9296Pa01TD=973+156Ta;26370#600#144ms24(2;)96Pa01TJD+=95.
89p=4.
29156Tam;26290#600#8218p360ms40(9+)9296Pa01TJp100+156TbmE:derivedfromE324hto4+49.
630levelandE(IT)81+130Py0+9795Bu18TIS=21.
8642;160Tb;67846:33:072:3d0.
23;97;=100160Dy;696823Stable0+97IS=2.
345160Ho;663921525:6m0.
35+97+=100160Hom;663321559:980:035:02h0.
052;97IT=653+=353160Hon;6619522197163s(9+)97ABBWEIT=100160Er;660605028:58h0.
090+97=100160Tm;604603009:4m0.
31;97+=100160Tmm;60390300702074:5s1.
5597IT=855+=155160Yb;58160#210#4:8m0.
20+97+=100160Lu;50280#230#36:1s0.
32;#97+=100140Ty0+9156Po16TIS=0.
1412+162Tm;615103021:70m0.
191;91+=100162Tmm;6141030961724:3s1.
75+91ABBWEIT=824+=184162Yb;59850#210#18:87m0.
190+91+=100162Lu;52890#220#1:37m0.
021(;)9192Bo.
AJ+=100162Lum;52770#300#120#200#1:5m4;#91+100IT162Lun;52590#300#300#200#1:9m91+100IT162Hf;491801139:4s0.
90+9495Hi12TD+100=0.
0081162Ta;39920#130#3:52s0.
123+#91+100=0.
07314162W;34150#100#1:39s0.
040+91+=473162Re;22630#510#&107ms13(2;)97Da07TJD=946+162Rem;22460#510#1728&76ms9(9+)9197Da07ETJ=915+162Os;15070#700#1:7ms0.
50+9196Bi07T=100162ErT:lowerlimitisfordecay162TmmE:above66.
90levelandlessthan125keV,fromEnsdf162HfT:average95Hi12=39.
8(0.
4)82Sc15=37.
6(0.
8)162RemT:average96Pa01=66(7)97Da07=84.
6(6.
2)162RemD:average96Pa01=85(9)%97Da07=94(6)%162OsT:average96Bi07=1.
5(+0.
7{0.
5)89Ho12=1.
9(0.
7)77NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)163Pm;43300#900#5=2;#;163Sm;50900#700#1=2;#;163Eu;56630#500#5=2+#;163Gd;61490#300#68s37=2+#97;=100163Tb;64605519:5m0.
33=2+97;=100163Dy;663903Stable5=2;97IS=24.
92163Ho;6638734:570ky0.
0257=2;97=100163Hom;660893297:880:071:09s0.
031=2+9788Ka20TIT=100163Er;65177575:0m0.
45=2;97+=100163Tm;6273861:810h0.
0051=2+97+=100163Yb;5937010011:05m0.
253=2;97+=100163Lu;54770220238s81=2(+)9792Bo.
AJ+=100163Hf;49320#320#40s63=2;#9795Hi12D+=10060+80IT130Ty0+9456Po16TIS=0.
1312+168Lu;57100805:5m0.
16(;)9492Bo.
AJ+=100168Lum;56880100220130BD6:7m0.
43+94+>95IT9340178Hg;1632315268ms150+9496Pa01T=+=30#178Tl;4450#210#+178TamE:140(90)keVderivedfromnewdataonmasses.
TobechangedinnextAme178TanE:1470.
6keVabove178Tam,fromEnsdf.
ShouldbecomeE=1610(90)innextAme178TanT:average96Ko13=58(4)79Du02=60(5)178TanE:3isomersareknownabovetheground-state.
Thethirdoneis(21;),290(12)msat178TanE:2902keVabovethe(7);isomer,allfrom96Ko13.
178HgT:average96Pa01=287(23)91Se01=250(25)and79Ha10=260(30)178HgD:+intensityisestimatedby96Ak.
A84NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)179Tm;41600#500#1=2+#;179Yb;46420#300#8:0m0.
4(1=2;)94;=100179Lu;4906764:59h0.
067=2(+)94;=100179Lum;484756592:40:43:1ms0.
91=2(+)94IT=100179Hf;50472:92:5Stable9=2+94IS=13.
6296179Hfm;50097:92:5375:03670:002518:67s0.
041=2;94IT=100179Hfn;49367:12:51105:840:1925:05d0.
2525=2;94IT=100179Ta;5036261:82y0.
037=2+94=100179Tam;4904461318:00:49:0ms0.
2(25=2+)94IT=100179Tan;4772162640:90:652ms3(37=2+)94IT=100179W;493021637:05m0.
16(7=2);94+=100179Wm;4908016221:9260:0086:40m0.
07(1=2);94IT100+=0.
283179Re;465905019:5m0.
1(5=2)+95+=100179Os;42890#230#6:5m0.
3(1=2;)94+=100179Ir;38050#400#79s1(5=2);95+=100179Pt;32160#300#21:2s0.
41=2;94+100=0.
243179Au;24770#340#7:1s0.
35=2;#94+=78.
09=22.
09179Hg;16970#310#1:09s0.
045=2;#9453+=+p0.
15179Tl;7950#140#190ms70(1=2+)94ABBWJ100+179Tlm;7400#240#560#210#1:1ms0.
4(9=2;)9496Pa01T100IT179TlT:symmetrizedfrom160(+90{40)J:fromdecayto175Aum179TlmT:average96Pa01=0.
7(+0.
6{0.
4)83Sc24=1.
4(0.
5)180Yb;44400#400#2:4m0.
50+94;=100180Lu;46690705:7m0.
15+9495Me03J;=100180Lum;466807013:90:31s3;95Me03EJTIT180Hf;49789:52:5Stable0+94IS=35.
1007180Hfm;48648:02:51141:480:045:5h0.
18;94IT100;=0.
31180Ta;4893538:152h0.
0061+94=863;=143180Tam;48860:32:975:21:3RQStable>1.
2Py9;94IS=0.
0122180W;496435Stable>1.
1Py0+94IS=0.
12012+180Wm;4811451529:040:035:47ms0.
098;94IT=100180Re;45840302:44m0.
06(1);94+=100180Os;44390#180#21:5m0.
40+94+=100180Ir;37960#190#1:5m0.
1(45)+94+=100180Pt;34270#200#52s30+94+1000.
3180Au;25710#300#8:1s0.
394+98.
21.
8180Hg;20190#200#2:56s0.
020+9493Wa03T+=524=484180Tl;9140#450#720ms11094=75#+=25#+SF1.
0e{4180Pb5ms30+96To08TD=100180WT:lowerlimitisfordecay180TlT:symmetrizedfrom700(+120{90)180PbT:symmetrizedfrom4(+4{2)85NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)181Yb;40850#400#3=2;#;181Lu;44740#300#3:5m0.
3(7=2+)91;=100181Hf;47413:92:642:39d0.
061=2;91;=100181Ta;48441:12:9Stable7=2+92IS=99.
9882181W;482535121:2d0.
29=2+91=100181Re;465151419:9h0.
75=2+91+=100181Os;43520200105m31=2;92+=100181Osm;4347020048:90:22:7m0.
1(7=2);9295Ro09E+=100181Ir;394602104:90m0.
15(5=2);93+=100181Pt;34300#280#51s51=2;9395Bi01D+100=0.
07410181Au;27990#450#14:5s0.
4(3=2;)9295Bi01TJD+==2.
75181Hg;20670#310#3:6s0.
31=2(;)9272Ho18D+=644=364.
.
.
181Tl;12200#380#3:4s0.
61=2+#9192Bo.
DTD=+181Tlm;11600#430#600#200#EU2:7ms1.
09=2;#84Sc.
AT=+181Pb;3060#160#&45ms205=2;#96To01T=+=2#181PbmnonexistentRN&13=2+#9196To01I181AuT:inagreementwith79Ha10=13(3),butdieringnoticeablyfromearlier:181AuT:68Si01=11.
5(1.
0)and68De01=11.
3(0.
7)181HgD:.
.
.
+p=0.
0144+=9e{63D:+pfrom72Ho18+from75Ho02181TlmI:notconrmedby96To01.
Provisionallyaccepted181PbT:supersedes89To01=50(+40{30)fromsamegroup181PbmI:provedby96To01nottoexist182Lu;41720#300#2:0m0.
2(012)95;=100182Hf;4606079My20+95;=100182Hfm;4488771172:880:1861:5m1.
58;95;=583IT=423182Ta;46432:72:9114:43d0.
033;95;=100182Tam;46416:42:916:2630:003283ms35+95IT=100182Tan;45913:12:9519:5720:01815:84m0.
1010;95IT=100182W;48246:22:9Stable0+95IS=26.
49829182Re;4545010064:0h0.
57+95+=100182Rem;453862060100BD12:7h0.
22+95+=100182Os;445382522:10h0.
250+95=100182Ir;3900014015m1(3+)9595Sa42J+=100182Pt;360802002:2m0.
10+95+100=0.
0382182Au;28300#360#15:5s0.
45+#9595Bi01T+100=0.
135182Hg;23520#470#10:83s0.
060+9571Ho07D+=84.
88=15.
28+p96110Py1=2;93IS=14.
3144183Wm;46056:12:7309:5000:0035:20s0.
0611=2+93IT=100183Re;45810870:0d1.
45=2+91=100183Rem;4390281907:60:31:04ms0.
05(25=2+)91IT=100183Os;43680#100#13:0h0.
59=2+91+=100183Osm;43510#100#170:710:059:9h0.
31=2;91+=852IT=152183Ir;40230#140#58m65=2;91+100=0.
05#183Pt;35650#230#6:5m1.
01=2;9395Bi01D+100=0.
00965183Ptm;35620#230#34:500:0843s5(7=2);93+100300Py0+90IS=30.
6428184Re;44223538:0d0.
53(;)90+=100184Rem;440355188:010:04169d88(+)90IT=75.
411=24.
611184Os;44254:53:0Stable>56Ty0+90IS=0.
02032+184Ir;396902703:09h0.
035;90+=100184Pt;37360#180#17:3m0.
20+9095Bi01D+100=0.
00177184Ptm;35520#180#1839:41:61:01ms0.
058;90IT=100184Au;30300#190#&12s25+90Ed01TD+=100184Aum;30230#190#68:60:1&49:9s2.
42+9094Ib01EJ+=IT=3010=0.
0133184Hg;26180#200#30:6s0.
30+90+=98.
896=1.
116184Tl;16990#300#2;#+184Tlm;16890#310#100#100#9:7s0.
67+92Bo.
DT+=97.
97=2.
17184Pb;10990#200#550ms600+90=+184OsT:lowerlimitisfordecay184AuJ:from94Ib01184AumT:average95Bi01=45.
8(1.
8)72Fi12=53.
0(1.
4)70Ha18=47(3)184AumD:ITintensityisfrom93Ro.
Bintensityfrom95Bi0187NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)185Hf;38400#300#3:5m0.
63=2;#95;=100185Ta;413961449:4m1.
57=2+#95;=100185W;43388:42:875:1d0.
33=2;95;=100185Wm;43191:02:8197:430:051:597m0.
00411=2+9594It.
ATIT=100185Re;43821:42:8Stable5=2+95IS=37.
402185Os;42808:62:893:6d0.
51=2;95=100185Ir;40440#200#14:4h0.
15=2;95+=100185Pt;3656021070:9m2.
4(9=2+)95+100=0.
005020185Ptm;36460210103:40:233:0m0.
8(1=2;)95+=IT590Py0+8995Da.
3TIS=28.
426372;186Re;41929:82:83:7183d0.
00111(;)8994Sc39T;=93.
12=6.
92186Rem;417804015040200ky50(8+)89IT=;20s(2;)8977Ij01TD+=0.
0062186Tlm;19880#370#100#50#27:5s1.
07+89+=100186Tln;19510#370#470#50#2:9s0.
210;91Va04TIT=100186Pb;14620#470#4:82s0.
030+8994Wa23T=+=44#186Bi;3280#450#3#ms3+#+186Bim;3030#430#250#250#10ms410;84Sc.
ATD=+186WT:lowerlimitisfor2;decay186IrmT:average91Be25=1.
90(0.
05)70Fi.
A=2.
0(0.
1)186PtT:average91Be25=2.
10(0.
05)72Fi12=2.
0(0.
1)186TlJ:from91Va04186TlnE:373.
9(0.
5)keVabove186Tlm,from91Va04186PbT:average94Wa23=4.
83(0.
03)80Sc09=4.
79(0.
05)186PbD:+intensityisestimatedby96Ak.
Apost-cut-odate97An.
1=50(25)%186BiT:15.
0(1.
7)msfordecayinpostcut-odate97Ba21186BimT:9.
8(1.
3)msfordecayinpostcut-odate97Ba2188NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)187Ta;36880#300#7=2+#;187W;39906:72:923:72h0.
063=2;92;=100187Re;41217:92:843:5Gy1.
35=2+91IS=62.
602;=1001.
2e{4187Hgm;28050#230#100#70#&2:4m0.
313=2+91+=100>2.
5e{4187Tl;22200#400#51s(1=2+)91+50+187Bim;5940#390#150#100#0:8ms0.
61=2+#>50+188Ta;33800#300#;188W;38669469:4d0.
50+90;=100188Re;39018:12:816:98h0.
021;90;=100188Rem;38846:02:8172:0690:00918:6m0.
1(6);90IT=100188Os;41138:52:8Stable0+90IS=13.
32188Ir;38329741:5h0.
51;90+=100188Irm;3736030970304:2ms0.
27+#90ABBWEIT100+188Pt;37823610:2d0.
30+90=100=2.
6e{53188Au;32520#100#8:84m0.
061(;)96+=100188Hg;30220#180#3:25m0.
150+96+=100=3.
7e{58188Tl;22430#220#71s2(2;)90+=100188Tlm;22330#230#100#50#71s1(7+)90+=100188Tln;22060#230#370#50#41ms4(9;)90IT100+188Pb;17640#200#25:5s0.
10+9692Wa14T+==8.
513188Bi;7290#300#&44ms33+#90=+188Bim;7100#330#190#150#&210ms90(10;)90=+188IrmE:lessthan100keVabove923.
5level,fromEnsdf188TlnE:268.
8(0.
5)keVabove188Tlm,from91Va04188PbD:intensityisfrom96Bi17189W;3548020011:5m0.
3(3=2;)91;=100189Re;37979924:3h0.
45=2+91;=100189Os;38987:82:8Stable3=2;91IS=16.
13189Osm;38957:02:830:8140:0185:8h0.
19=2;91IT=100189Ir;384551313:2d0.
13=2+91=100189Irm;3808313372:180:0413:3ms0.
311=2;91IT=100189Irn;36122132333:30:43:7ms0.
2(25=2)+91IT=100189Pt;364851110:87h0.
123=2;92+=100189Au;33640#200#28:7m0.
31=2+92+=100990.
4189Bi;9780#400#680ms30(9=2;)9195Ba75J>50+50+9.
8Ty0+91IS=41.
032;192Osm;3386732015:390:105:9s0.
1(10;)91IT>87;2.
5Ey0+9590Bu28TIS=0.
1512+196Tl;27470#140#1:84h0.
032;95+=100196Tlm;27080#140#394:20:51:41h0.
02(7+)95+=95.
5IT=4.
5196Pb;25420#140#37m30+95+=1003e{5196Bi;18060#210#5:1m0.
2(3+)97+100=0.
0011534196Bim;17900#210#1673AD0:6s0.
5(7+)97IT=+196Bin;17790#210#2704AD4:00m0.
05(10;)97+=74.
225IT=25.
825.
.
.
196Po;13500#180#5:8s0.
20+9593Wa04D=945+=65196At;4000#230#300ms1003+#95=+=4#196Atm;3800#270#200#150#10;#IT196Rn2150#200#4:1ms2.
40+95No.
ATD100+196BinD:.
.
.
=0.
0003810196PoT:and5.
5(0.
1)sinpostcut-odate97Pu01196AtT:253(9)msinpostcut-odate97Pu01196RnT:symmetrizedfrom3.
1(+3.
1{1.
6)updated3(+7{2)inpostcut-o97Pu0192NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)197Ir;28283205:8m0.
53=2+96;=100197Irm;281682111558:9m0.
311=2;96;100IT=0.
2510197Pt;30438:12:919:8915h0.
00191=2;96;=100197Ptm;30038:52:9399:590:2095:41m0.
1813=2+96IT=96.
74;=3.
34197Au;31157:02:9Stable3=2+96IS=100.
197Aum;30747:82:9409:150:087:73s0.
0611=2;96IT=100197Hg;30557464:14h0.
051=2;96=100197Hgm;302584298:930:0823:8h0.
113=2+96IT=91.
47=8.
67197Tl;28380302:84h0.
041=2+96+=100197Tlm;2777030608:220:08540ms109=2;96IT=100197Pb;24800#100#8m23=2;96+=100197Pbm;24480#100#319:310:1143m113=2+96+=812IT=192320Ty0+9552Fr23TIS=7.
222;198Au;29598:02:92:69517d0.
000212;95;=100198Aum;287863811:71:52:27d0.
02(12;)95IT=100198Hg;30970:52:9Stable0+95IS=9.
978198Tl;27510805:3h0.
52;95+=100198Tlm;2697080543:50:41:87h0.
037+95+=542IT=462198Tln;2677080742:30:432:1ms1.
0(10;)95IT=100198Pb;26100#90#2:40h0.
100+96+=100198Bi;1954018010:3m0.
3(2+3+)95+=100198Bim;19390#190#150#50#11:6m0.
3(7+)95+=100198Bin;19150#190#390#50#7:7s0.
5(10;)95IT=100198Po;15520#150#1:76m0.
030+96=572+=432198At;6750#430#4:2s0.
3(3+)9695Bi.
AD>94+198Atm;6380#340#370500AD1:0s0.
2(10;)9695Bi.
AD>86+198Rn;114020064ms20+9695Bi17T=+=1#198RnmnonexistentEU50ms995=+=IT=198PtT:lowerlimitisfor0-2;decay198BinE:248.
5(0.
5)keVabove198Bim,from92Hu04198RnmI:decayassignedtoisomerbyEnsdf,notacceptedbyNubase199Ir;24420403=2+#;199Pt;27408430:80m0.
215=2;94;=100199Ptm;269844424213:6s0.
4(13=2)+94IT=100199Au;29111:02:93:139d0.
0073=2+94;=100199Hg;29563:32:9Stable1=2;94IS=16.
8710199Hgm;29030:82:9532:480:1042:6m0.
213=2+94IT=100199Tl;281201007:42h0.
081=2+94+=100199Tlm;27370100749:70:328:4ms0.
29=2;94IT=100199Pb;252307090m103=2;94+=100199Pbm;2480070429:52:712:2m0.
313=2+94ABBWEIT=93+=7199Bi;2089012027m19=2;94+=100199Bim;20250#130#640#50#24:70m0.
15(1=2+)94+=IT90IT99+3.
7Zy,from90Bu28202PbmE:2169.
83(0.
07)keVinpostcut-odateEnsdf'97202PoD:=1.
92(7)%inpostcut-odateEnsdf'97202AtD:=18(3)%inpostcut-odateEnsdf'97202AtnE:391.
7(0.
5)keVabove202Atm,from92Hu04202RnT:average96Ta18=10.
3(0.
4)71Ho01=9.
85(0.
20)202RnD:+=14(3)%inpostcut-odateEnsdf'97202FrT:average96En01=230(+80{40)95Bi.
A=300(40)J:from92Hu04202RaT:symmetrizedfrom0.
7(+3.
3{0.
3)203Au;23159453s23=2+93;=100203Hg;25283346:612d0.
0185=2;93;=100203Tl;25775:32:9Stable1=2+93IS=29.
52414203Pb;24801751:873h0.
0095=2;93=100203Pbm;239767825:200:096:3s0.
213=2+93IT=100203Pbn;2185272949:470:22480ms2029=2;93IT=100203Bi;215472111:76h0.
059=2;93+=1001e{5203Bim;20449211098:140:07303ms51=2+93IT=100203Po;173107036:7m0.
55=2;93+100=0.
112203Pom;1667070641:490:1745s213=2+93IT100=0.
04#203At;122501207:4m0.
29=2;93+=693=313203Rn;6230#410#43:5s2.
1(3=25=2);9396Ta18T=669+=349203Rnm;5860#410#3634AD26:7s0.
513=2(+)9387Bo29J=+=20#203Fr980#230#550ms20(9=2;)9395+5203Ra8580#230#4ms3(3=2;)96Le09TJD100+203Ram8870#230#290#120#41ms17(13=2+)96Le09TJD100+203RnT:average96Ta18=42(3)71Ho01=45(3)203RnmT:from96Ta18203RaT:symmetrizedfrom1.
1(+5.
0{0.
5)203RamT:symmetrizedfrom33(+22{10)95NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)204Au;20770#200#39:8s0.
9(2;)94;=100204Hg;247073Stable0+94IS=6.
8742;204Tl;24359:82:93:78y0.
022;94;=97.
1012=2.
9012204Pb;25123:52:9Stable>140Py0+94IS=1.
41204Pbm;22937:72:92185:790:0567:2m0.
39;94IT=100204Bi;206742611:22h0.
106+94+=100204Bim;1986926805:50:313:0ms0.
110;94IT=100204Bin;17841262833:41:11:07ms0.
03(17+)94IT=100204Po;18344133:53h0.
020+94+=99.
341=0.
661204At;11870909:2m0.
27+94+=96.
22=3.
82204Atm;1128090587:300:20108ms10(10;)94IT=100204Rn;8040#140#1:24m0.
030+95=731+204Fr550#210#1:7s0.
3(3+)9495Bi.
AD=962+204Frm610#210#546AD2:6s0.
3(7+)9495Bi.
AD=902+204Frn880#210#3306AD1:7s0.
6(10;)9494Le05T=748IT=268204Ra6030#180#60ms110+95Le04T100+=0.
3#204FrnT:symmetrizedfrom1.
4(+8{4)204FrnE:276.
1keVabove204Frm,from95Bi.
AD:intensityisfrom95Bi.
A204RaT:average95Le04=45(+55{21)96Le09=59(+12{9)204RaD:+intensityisestimatedby96Ak.
A205Au;18990#300#31s23=2+94We02T;=100205Hg;2230455:2m0.
11=2;93;=100205Hgm;2074751556:530:241:10ms0.
04(13=2+)93IT=100205Tl;23834:83:0Stable1=2+93IS=70.
47614205Pb;23783:72:915:3My0.
75=2;93=100205Pbm;22769:92:91013:8390:0135:54ms0.
1013=2+93IT=100205Bi;21075815:31d0.
049=2;93+=100205Po;17544291:66h0.
025=2;93+100=0.
041205Pom;16083291461:200:2158ms119=2;93IT=100205At;130103026:2m0.
59=2;93+=902=102205Rn;7760#110#2:8m0.
15=2;93+=774=234205Fr;12402403:85s0.
10(9=2;)93100+80+93+1692;100IT212Po;10384:52:9299ns20+92=100212Pom;747413291112AD45:1s0.
6(18+)92100IT=0.
072212At;86314314ms2(1;)92100+99IT95;2s9=2;#94Ye08TD=100225RnT:4.
66(0.
04)minpostcut-odate97Bu03225UT:average94An02=68(+45{20)92To02=95(15)89He13=80(+40{10)226Rn28770#400#7:4m0.
10+96;=100226Fr273309049s11;96;=100226Ra23662:32:51:600ky0.
0070+9690We01D=10014C=2.
6e{962;226Ac24303429:37h0.
12(1)(;#)96;=833=173=0.
0062226Th23186530:57m0.
100+96=100226Pa26019121:8m0.
296=745+=265226U2733019150ms300+9696Uu.
BT=100226Np32720#90#35ms1096=100226RaD:14C:average90We01=2.
3(0.
8)e{986Ba26=2.
9(1.
0)e{985Ho21=3.
2(1.
6)e{9226UT:average96Uu.
B=130(30)90An22=200(50)227Rn32980#420#22:5s0.
792;=100227Fr296501002:47m0.
031=2+92;=100227Ra27172:32:542:2m0.
53=2+92;=100227Ac25846:12:721:773y0.
0033=2;92;=98.
6236=1.
3836227Th25801:32:818:72d0.
02(1=2+)92=100227Pa26821838:3m0.
3(5=2;)92=852=152227U29007171:1m0.
1(3=2+)92=100+952s0+94An02TD100+=0.
1#228AcD:postcut-odateEnsdf'97:wasmisassigned,removedJ=3+228ThT:1.
9116(0.
0016)inpostcut-odateEnsdf'97228PaJ:3+and=2.
0(0.
2)%inpostcut-odateEnsdf'97228NpD:+SF=0.
020(9)%denedby94Kr13relativeto,thus0.
012(6)%oftotal228NpD:=40(+8{6)%+=60(+6{8)%derivedfrom+/=1.
5(4),in94Kr13228NpJ:0+inEnsdfisamisprint.
Correctedinpostcut-odateEnsdf'97229Fr35790#360#50:2s0.
41=2+#9092Bo05T;=100229Ra32430604:0m0.
25=2(+)90;=100229Ac306705062:7m0.
5(3=2+)90;=100229Th29579:92:97:34ky0.
165=2+90=100229Thm29579:92:90:00350:001070h503=2+94He08TIT=100229Pa2989091:50d0.
05(5=2+)90100=0.
485229U31201858m3(3=2+)90+8020229Np33760904:0m0.
25=2;#90>50+2s3=2+#94An02TD=100101NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)230Fr39600#450#19:1s0.
593;=100230Ra345403093m20+93;=100230Ac33560100122s3(1+)94;=100230Th30857:22:075:38ky0.
300+93=100SF200ms0+9390An22T=+231Fr42300#520#17:5s0.
81=2+#94;=100231Ra38400#300#103s31=2+#94;=100231Ac359101007:5m0.
1(1=2+)94;=100231Th33810:52:025:52h0.
015=2+94;=1001e{8231Pa33421:02:632:76ky0.
113=2;9492Pr05D=100SF3e{10.
.
.
231U3380344:2d0.
1(5=2)(+#)941000.
0055231Np356105048:8m0.
2(5=2)(+#)94+=981=21231Pu38430#100#2#m3=2+#+231Am42440#300#+231PaD:.
.
.
24Ne=13.
4e{101723F=10.
0e{13+5.
0-0.
7232Fr46250#640#5s190Me13T;=100232Ra40700#360#250s500+91;=100232Ac39140100119s5(1+)91;=100232Th35443:72:014:05Gy0.
060+9195Bo18DIS=100.
=100SF=11e{103.
.
.
232Pa3593981:31d0.
02(2;)91;100=0.
0031232U34601:52:768:9y0.
40+9190Bo16D=10024Ne=8.
9e{107.
.
.
232Np37350#100#14:7m0.
3(4+)91+1000.
003232Pu383581934:1m0.
70+91ABBWD==11#232Am43400#300#1:31m0.
0491+==2#+SF=0.
06910232ThD:.
.
.
24Ne+26Ne1.
1Ey,from92Mo25thus2;10SF=4.
513+SF=105246Md76320#390#1:0s0.
496Ni09TD=+246Mdm76530#390#21070EU1:0s0.
493Ho.
ATD=+246MdmI:Nolongerconsideredtoexist.
KeptforconsistencywithAme'95247Pu69000#300#2:27d0.
231=2+#93;=100247Am67150#100#23:0m1.
35=2#93;=100247Cm65528415:6My0.
59=2;93=100247Bk6548361:38ky0.
25(3=2;)93100SF247Cf6612983:11h0.
037=2+#93100=0.
0355247Es68600#30#4:55m0.
267=2+#93+937SF9e{5#247Fm71560#150#35s45=2+#9350+50247FmmnonexistentEU9:2s2.
39367Fl15I100IT247Md76200#370#270ms1601=2;#9393Ho.
ATDSF=247Mdm76250#350#50#100#Nm1:12s0.
22(7=2+)93Ho.
ATD=100SF=0.
0001#247FmmI:existenceofthisisomerisdiscussedinEnsdf247MdT:symmetrizedfrom230(+190{120)248Am70560#200#90;=100248Cm673865340ky40+90=91.
743SF=8.
2632;248Bk68070#70#>9y(6+)90>70248Bkm681032130#70#23:7h0.
21(;)90;=705=305=0.
001248Cf672335333:5d2.
80+90100SF=0.
00293248Es70290#50#27m42;#0+#90+1000.
25+SF=3e{5248EsmnonexistentRN41m89Ha27I248Fm718971236s30+90=991+1SF0.
05248Md77230#240#7s390+=8010=2010+SF60+249No81810#340#5=2+#+105NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)250Cm72983119#ky0+90SF8011;9250Bk7294643:217h0.
0052;90;=100250Cf71166:12:213:08y0.
090+90100SF=0.
0773250Es73270#100#8:6h0.
1(6+)90+>979080250Md78700#300#52s690+=933=73+SF=0.
02250No81500#200#250s500+90SF100=0.
05#+=0.
00025#251Cm766412316:8m0.
2(1=2+)90;=100251Bk752211155:6m1.
1(3=2;)90;=1001e{5251Cf741285900y401=2+90=100251Es74504633h1(3=2;)90100=0.
4912251Fm7597985:30h0.
08(9=2;)90+=98.
2013=1.
8013251Md79100#200#4:0m0.
590+9010251No82870#180#800ms3007=2+#90=SF5080254Lr89970#340#13s290=786+=226SF80+95+150000y,fromEnsdf,thusSF50SF<50261Rf108240#280#230ms307=2+#90=955SF<10261Bh113460#240#13ms490=955SF<10261BhT:symmetrizedfrom11.
8(+5.
3{2.
8)262No100150#540#5ms10+89Hu.
ATDSF=;262Lr102180#300#3:6h0.
289Hu.
ATD+=262Db102390#280#2:06s0.
190+9096La11TDSF=100<0.
8262Dbm102990#490#600#400#47ms5high9096La11ISF=100262Jl106330#180#34s490SF=715=265+=3#262Rf108500#280#10#ms0+90+262Bh114580#380#102ms269080SF20262Bhm114900#350#320#160#8:0ms2.
19070SF30262DbT:average96La11=2.
1(0.
2)94La22=1.
2(+1.
0{0.
5)262DbD:SF=100from94La22intensitylimitisfrom96La11262DbmI:assignedby96La11toK-isomericstate263Lr103760#360#263Db104830#190#10m23=2+#93Gr.
CTDSF==30263Jl107190#170#29s99092Kr01TDSF=5614=+=8263Rf110210#120#800ms2009=2+#90SF7030263Rfm110310#100#100#70#Nm360ms1203=2+#95Ho.
ATJD=IT263Bh114710#420#200#ms263Hn119890#370#1#ms7=2+#=100263JlT:symmetrizedfrom27(+10{7)263JlD:SFsymmetrizedfromSF=57(+13{15)%+intensityisfrom93Gr.
C263RfmT:symmetrizedfrom310(+160{80)264Db106170#450#0+264Jl109430#230#264Rf110780#280#400#ms0+264Bh116190#280#700ms40095Ho04TD=+264Hn11961050540s3000+9095Ho.
BT=100264BhT:symmetrizedfrom440(+600{160)264HnT:95Ho.
B(2events76sand825s)87Mu15(1event80s)264HnT:averageofthe3events:327(+448{120)s.
See84Sc13108NuclideMassexcessExcitationHalf-lifeJEnsReferenceDecaymodesandintensities(keV)energy(keV)(%)265Jl110530#280#265Rf112770#140#16s93=2+#94La22TD50SF265Bh116620#380#265Hn121100#300#1:6ms9=2+#9095Ho.
BT=100265Hnm121500#290#400#100#1:2ms0.
63=2+#95Ho.
BT100IT265Mt127210#470#266Rf113580#290#20s70+94La22TD50SF266Bh118310#350#266Hn121130#410#0+266Mt128490#350#6ms49584Og03D=SF<5.
5266MtT:symmetrizedfrom3.
4(+6.
1{1.
3)267Bh118990#340#267Hn122750#100#50ms183=2+#95Ho.
ATD=+267HnmnonexistentEU200ms95Ho.
ATDI=IT267Mt128110#580#267Xa134090#380#10s89=2+#95Gh04TD=+267HnT:average95Ho.
A=60ms(9events)95La20=19ms(3events)267HnmI:tentativeonly267XaT:lifetime4s,thusT=2.
8(+13.
0{1.
3).
See84Sc13268Hn123100#410#0+268Mt129310#320#110ms7095Ho04TD=+268Xa133700#500#0+268MtT:symmetrizedfrom70(+100{30)269Hn124930#420#13s696Ho13TD=100269Mt129580#550#269Xa135200#290#230s1103=2+#95Ho03TD=+269XaT:symmetrizedfrom170(+160{60)270Mt131080#610#270Xa134720#650#0+271Mt131550#610#271Xa136070#180#1:2ms0.
511=2;#95Ho.
ATD=+271Xam136570#350#500#300#AD210ms17095Ho.
ATD=IT271XaT:symmetrizedfrom1.
1(+0.
6{0.
4)271XamT:symmetrizedfrom56(+270{26)272Xa136290#650#0+272Xb142960#330#2:5ms1.
395Ho04TD=+272XbT:symmetrizedfrom1.
5(+2.
0{0.
5)273Xa139020#440#170ms96Ho13TD=100273Xam139690#670#670#510#600s40096Ho13TD100IT273Xb273XamT:estimatedfrom96La12=300(+1300{200)and96Ho13=110274Xb275Xb277Xc400s30096Ho13TD=100277XcT:symmetrizedfrom240(+430{90)109