Lithium 12 nucleus decay form
Nuclear structure of

Lithium 12
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3p1nLi4p em91 yoctos2-3 = 2p+1 - (2n)
3p2nLi5p+He em370 ys3/2-3 = 1p+2 - (1n)
3p3nLi67.59%stable1+3 = 1+2
3p4nLi792.41%stable3/2-3 = 1+2 + (1n)
3p5nLi8e em840.3 ms2+3 = 2+1 + (2n)
3p6nLi9e em178.3 ms3/2-3 = 1+2 + (3n)
3p7nLi10n em2.0 zs1+3 = 1+2 + (4n)
3p8nLi11e em8.59 ms3/2-3 = 2+1 + (5n)
3p9nLi12n em>10 ns3 = 2+1 + (6n)
...
 

(half life > 10ns). Move mouse on image for Lithium 12 decay form.

Blue toruses = 12 protons
Red toruses = 9 nuclear electrons

Atomic number of Li (3) = protons (12) - nuclear electrons (9)

Lithium 12 decays by neutron emission (left side) of Lithium 12 decay form to Lithium 11 nucleus by 100%.

Lithium 11 decays by electron emission (left side) of Lithium 11 decay form to transitional Be11 and

trans Be11 decays by neutron emission of trans Be11 decay to Beryllium 10 (half life = 1.51x106 y) nucleus.

Click on image for Li11 nucleus.


Photon and matter
Structure of atomic nuclei


Lithium 11 nucleus Beryllium 6 nucleus

Li4Li5Li6Li7Li8Li9Li10Li11Li12

HHeLiBeBCNOFNe
NaMgSiSArCaFeNiNdPb

 
Mechanism of Lithium 12 neutron decay into Lithium 11 nuclear structure. Torus model of atomic nuclei can help to understand decomposition and neutron emission of Lithium 12 by 100 percent production to Lithium11.
 
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