Lithium 9 nucleus destabilized form
Nuclear structure of

Lithium 9
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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 = 178.3 s). Move mouse on image for Lithium 9 nucleus destabilized form.

Blue toruses = 9 protons
Red toruses = 6 nuclear electrons

Atomic number of Li (3) = protons (9) - nuclear electrons (6)

Lithium 9 decays by electron emission (from the left side) of Lithium 9 destabilized form to Be 9 (stable) nucleus.

Click on image for Berillium 9 (stable) nucleus structure.


Photon and matter
Structure of atomic nuclei

Neutron emission decay of Lithium 9 nuclear structure of Lithium 9 decomposition mechanism by electron emission destabilized and decay form producing Berillium 9 nucleus


Lithium 8 nucleus Lithium 10 nucleus

Li4Li5Li6Li7Li8Li9Li10Li11Li12

HHeLiBeBCNOFNe
NaMgSiSArCaFeNiNdPb