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Rule for predicting stability of elements
The Mattauch isobar rule, formulated by Josef Mattauch in 1934, states that if two adjacent elements on the periodic table have isotopes of the same mass
Mattauch_isobar_rule
Atoms of different elements with the same number of nucleons
Mattauch isobar rule states that if two adjacent elements on the periodic table have isotopes of the same mass number, at least one of these isobars must
Isobar_(nuclide)
for Chemistry (later the Max Planck Institute). He developed the Mattauch isobar rule ("Isobarenregel") in 1934. He correctly predicted that the last of
Josef_Mattauch
Graph of neutrons vs. protons in nuclides
nuclides on an odd isobaric chain except one have a lower-energy neighbor to which they can decay by beta decay. See Mattauch isobar rule. (123Te is expected
Table_of_nuclides
cosmogenic nuclides). It presents one of two apparent violations of the Mattauch isobar rule, the other involving tellurium-123. It is also the rarest primordial
Isotopes_of_tantalum
observational stability presents one of only two apparent violations of the Mattauch isobar rule, the other involving 180mTa. 124Te is used as the starting material
Isotopes_of_tellurium
the Mattauch isobar rule states that two adjacent isobars cannot both be stable. For the isotopes with odd numbers of nucleons, this immediately rules out
Isotopes_of_technetium
Karlik for her work on luminescence 1935 Joseph Mattauch for development of the Mattauch isobar rule 1936 Otto Kratky for studies on colloidal particles
Haitinger_Prize
mechanics Matrix string theory Matrix theory (physics) Mats Hillert Mattauch isobar rule Matter Matter-dominated era Matter wave Matthew Kleban Matthew Koss
Index_of_physics_articles_(M)
Chemical element with atomic number 61 (Pm)
and platinum). In 1934, Josef Mattauch finally formulated the isobar rule. One of the indirect consequences of this rule was that element 61 was unable
Promethium
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