Beryllium 16 nucleus
Nuclear structure of

Beryllium 16
...
4p2nBe6He em5x10-21 s0+4 = 2p+2 - (2n)
4p3nBe7Ke53.22 d3/2-4 = 1p+3 - (1n)
4p4nBe8He em6.7x10-17 s0+4 = 2+2
4p5nBe9100%stable3/2-4 = 1+3 + (1n)
4p6nBe10e em1.51x10+6 y0+4 = 2+2 + (2n)
4p7nBe11e em13.81 s1/2+4 = 3+1 + (3n)
4p8nBe12e em21.49 ms0+4 = 2+2 + (4n)
4p9nBe13n0.5 ns1/2+4 = 1+3 + (5n)
4p10nBe14e + n4.84 ms0+4 = 2+2 + (6n)
4p11nBe15n<200 ns4 = 3+1 + (7n)
4p12nBe162 n<200 ns0+4 = 2+2 + (8n)
...
 

(half life < 200 ns). Move mouse on image for Be16 decay form.

Blue toruses = 16 protons
Red toruses = 12 nuclear electrons

Atomic number of Be (4) = protons (16) - nuclear electrons (12)

Beryllium 16 decays by 2 neutron emission (left and right side) of Beryllium 16 decay form to Beryllium 14 (half life = 4.84 ms)

Beryllium 14 decays by an electron emission of Beryllium 14 decay form to Boron 14

and Boron 14 decays a delayed neutron emission of Boron 14 decay form to Boron 13 (half life = 17.33 ms)

Click on image for Be14 nucleus.


Foton és részecskemodell
Az atommag szerkezete
Atommag szimmetria


Beryllium 15 nucleus Boron 7 nucleus

Be6Be7Be8Be9Be10Be11Be12Be13Be14Be15Be16

HHeLiBeBCNOFNe
NaMgSiSArCaFeNiNdPb

 
Beryllium 16 nucleus torus structure. Short half life decomposition by two neutron emission and production of Be14 nuclei. Berillium 16 izotóp neutronemissziós atommag bomlása és átalakulása Berillium 14 atommaggá.

 
www.000webhost.com