EnvironmentalChemistry.com
Environmental, Chemistry & Hazardous Materials News, Careers & Resources

Periodic Table of Elements

Yb - Ytterbium

Ytterbium Menu

Nuclides / Isotopes

Nuc-
lide		Atomic
Mass		NNAbun
%		SpinHalf LifeDMDTBR
%		Decay
Energy
(MeV)
Yb148147.96778Syn0+     
Yb149148.96379Syn1/2+, 3/2+     
Yb150149.95880Syn0+     
Yb151150.95581Syn1/2+1.6s εTm151 9.100
 1.6s ε + PEr150 9.000
meta state 0.000MeVSyn11/2-1.6s εTm151~1009.100
Yb152151.9582Syn0+3.04s εTm152 5.470
 3.04s ε + PEr151 4.500
meta state 2.744MeVSyn10+30usIT  2.744
Yb153152.94983Syn7/2-4.2sαEr149504.200
 4.2s εTm153506.700
Yb154153.94684Syn0+0.409sαEr15092.65.474
 0.409s εTm1547.44.490
Yb155154.94685Syn7/2-1.8sαEr151895.337
 1.8s εTm155116.000
Yb156155.942886Syn0+26.1s εTm156903.580
 26.1sαEr152104.812
Yb157156.942787Syn7/2-38.6s εTm15799.55.500
 38.6sαEr1530.54.620
Yb158157.939988Syn0+1.49mαEr154~0.00214.171
 1.49m εTm158 2.670
Yb159158.940289Syn5/2-1.58m εTm159 5.050
Yb160159.93890Syn0+4.8m εTm160 2.300
Yb161160.93891Syn3/2-4.2m εTm161 4.150
Yb162161.93692Syn0+18.87m εTm162 1.660
Yb163162.93693Syn3/2-11.05m εTm163 3.370
Yb164163.93594Syn0+75.8m εTm164 1.000
Yb165164.935495Syn5/2-9.9m εTm165 2.762
Yb166165.933996Syn0+56.7h εTm166 0.304
Yb167166.93597Syn5/2-17.5m εTm167 1.954
Yb168167.9339980.130+Stable 
Yb169168.935299Syn7/2+32.026d εTm169 0.909
meta state 0.024MeVSyn1/2-46sIT  0.024
Yb170169.93481003.050+Stable 
Yb171170.936310114.31/2-Stable 
Yb172171.936410221.90+Stable 
Yb173172.938210316.125/2-Stable 
Yb174173.938910431.80+Stable 
meta state 1.518MeVSyn6+830usITYb174 1.518
Yb175174.9413105Syn7/2-4.185d β-Lu175 0.470
Yb176175.942610612.70+Stable 
meta state 1.050MeVSyn8-11.4sIT >=901.050
 11.4s β-Lu176<100.944
Yb177176.9453107Syn9/2+1.911h β-Lu177 1.399
meta state 0.331MeVSyn1/2-6.41sIT  0.331
Yb178177.9466108Syn0+74m β-Lu178 0.645
Yb179178.95109Syn1/2-8m β-Lu179 2.400
Yb180179.952110Syn0+2.4m β-Lu180  
Yb181 111Syn      
NuclidePotential Parent Nuclides
Yb148None known
Yb149Lu150 (Syn)
Yb150Hf154 (Syn) Lu151 (Syn)
Yb151Hf155 (Syn)
meta state 0.000MeVNone known
Yb152Hf156 (Syn) Lu152 (Syn) Lu153 (Syn)
meta state 2.744MeVNone known
Yb153Hf157 (Syn)
Yb154Hf158 (Syn) Lu154 (Syn)
Yb155Hf159 (Syn) Lu155 (Syn) Lu155m (Syn)
Yb156Hf160 (Syn) Lu156 (Syn)
Yb157Hf161 (Syn) Lu157m (Syn)
Yb158Hf162 (Syn) Lu158 (Syn)
Yb159Lu159 (Syn)
Yb160Lu160 (Syn)
Yb161Lu161 (Syn)
Yb162Lu162 (Syn) Lu162m (Syn)
Yb163Lu163 (Syn)
Yb164Lu164 (Syn)
Yb165Lu165 (Syn)
Yb166Lu166 (Syn) Lu166m (Syn) Lu166m1 (Syn)
Yb167Lu167 (Syn)
Yb168Lu168 (Syn) Lu168m (Syn) Tm168 (Syn)
Yb169Lu169 (Syn)
meta state 0.024MeVNone known
Yb170Hf174 (Natural) Lu170 (Syn) Tm170 (Syn)
Yb171Lu171 (Syn) Tm171 (Syn)
Yb172Lu172 (Syn) Tm172 (Syn)
Yb173Lu173 (Syn) Tm173 (Syn)
Yb174Lu174 (Syn) Lu174m (Syn) Tm174 (Syn) Yb174m (Syn)
meta state 1.518MeVNone known
Yb175Tm175 (Syn)
Yb176Lu176m (Syn) Tm176 (Syn)
meta state 1.050MeVNone known
Yb177Tm177 (Syn)
meta state 0.331MeVNone known
Yb178None known
Yb179None known
Yb180None known
Yb181None known

Key:

  • NN = Number of Neutrons
  • Abun % = Natural Abundance (as a percentage)
  • Syn = Synthetic Nuclide (does not occur in nature)
  • DM = Decay Mode
    α = Alpha emission
    β- = Beta emission
    β- β- = Double beta decay
    β+ = Positron emission
    ε = Electron Capture
    IT = Isomeric Transition
    N = Neutron emission
    P = Proton emission
    SF = Spontaneous Fission
  • DT = Decays To
  • BR % = Branch Ratio (as a percentage)

Ytterbium Menu

Related Resources

Citing this page

If you need to cite this page, you can copy this text:

Linking to this page

If you would like to link to this page from your website, blog, etc., copy and paste this link code (in red) and modify it to suit your needs:

<a href="http://EnvironmentalChemistry.com/yogi/periodic/Yb-pg2.html">echo Periodic Table of Elements: Yb - Ytterbium (EnvironmentalChemistry.com)</a>- This page provides comprehensive nuclide information for the element element Yb - Ytterbium including: nuclide decay modes, half-life, branch ratios, decay energy, etc.
.

NOTICE: While linking to articles is encouraged, OUR ARTICLES MAY NOT BE COPIED TO OR REPUBLISHED ON ANOTHER WEBSITE UNDER ANY CIRCUMSTANCES.

PLEASE, if you like an article we published simply link to it on our website do not republish it.

Career Listings

Featured Articles

Latest Headlines

Go Green

Environmental Issues

Chemistry

Hazardous Materials

Educators

This website is a great teaching resource!! Pages are printer friendly, making them easy to use as classroom handouts.

Notes about using this site in the classroom.

Image map of the periodic table of elements Click here for main periodic table or move mouse to desired element.1 Hydrogen2 Helium3 Lithium4 Beryllium5 Boron6 Carbon7 Nitrogen8 Oxygen9 Fluorine10 Neon11 Sodium12 Magnesium13 Aluminum14 Silicon15 Phosphorus16 Sulfur17 Chlorine18 Argon19 Potassium20 Calcium21 Scandium22 Titanium23 Vandium24 Chromium25 Manganese26 Iron27 Cobalt28 Nickel29 Copper30 Zinc31 Gallium32 Germanium33 Arsenic34 Selenium35 Bromine36 Krypton37 Rubidium38 Strontium39 Yttrium40 Zirconium41 Niobium42 Molybdenum43 Technetium44 Ruthenium45 Rhodium46 Palladium47 Silver48 Cadmium49 Indium50 Tin51 Atimony52 Tellurium53 Iodine54 Xenon55 Cesium56 Barium57 Lathanum72 Hafnium73 Tantalum74 Tungsten75 Rhenium76 Osmium77 Iridium78 Platinum79 Gold80 Mercury81 Thallium82 Lead83 Bismuth84 Polonium85 Astatine86 Radon87 Francium88 Radium89 Actinium104 Rutherfordium105 Dubnium106 Seaborgium107 Bohrium108 Hassium109 Meitnerium110 Darmstadtium111 Roentgenium58 Cerium59 Praseodymium60 Neodymium61 Promethium62 Samarium63 Europium64 Gadolinium65 Terbium66 Dysprosium67 Holmium68 Erbium69 Thulium70 Ytterbium71 Lutetium90 Thorium91 Protactinum92 Uranium93 Neptunium94 Plutonium95 Americium96 Curium97 Berkelium98 Californium99 Einsteinium100 Fermium101 Mendelevium102 Nobelium103 Larencium
Copyright 1995 - 2010 Kenneth L Barbalace (J.K. Barbalace, inc).
NO REPUBLISHING IN ANY FORM (including on other websites), in whole or in part, for any reason, without written permission.
A few words about Plagiarism, Copyright Infringement and Fair Use
 Printed from http://EnvironmentalChemistry.com