Sulfur 34 nucleus
Nuclear structure of

Sulfur 32
...
16p16nS3295.02%stable0+16 = 3+3 + 5+5
16p17nS33  0.75%stable3/2+16 = 1+5 + 5+5 + (1n)
16p18nS34  4.21%stable0+16 = 2+4 + 5+5 + (2n)
16p19nS35e em87.51 d3/2+16 = 3+3 + 5+5 + (3n)
16p20nS36  0.02%stable0+16 = 4+2 + 5+5 + (4n)
16p21nS375.05 min7/2-16 = 3+3 + 5+5 + (5n)
16p22nS38170.3 min0+16 = 1+5 + 5+5 + (6n)
16p23nS3911.5 s7/2-16 = 2+4 + 5+5 + (7n)
16p24nS408.8 s0+16 = 3+3 + 5+5 + (8n)
16p25nS411.99 s7/2-16 = 4+2 + 5+5 + (9n)
16p26nS421.013 s0+16 = 5+1 + 5+5 + (10n)
16p27nS43m480 ns7/2-16 = 3+3 + 5+5 + (11n)
 

(stable). Move mouse on image for Sulfur 34 (stable) nuclear structure

Blue toruses = 32 protons
Red toruses = 16 nuclear electrons

Atomic number of S (16) = protons (32) - nuclear electrons (16)

The central rod of S32 analogous with Carbon 12 nucleus (stable). S32 = C12 + 5 alpha particles

The central rod of S33 analogous with Carbon 13 nucleus (stable). S33 = C13 + 5 alpha particles

The central rod of S34 analogous with Carbon 14 nucleus (half life = 5700y). S34 = C14 + 5 alpha particles

Click on image for C12 nucleus.


Light photon model
Structure of atomic nuclei
Nuclear properties

Sulfur 32 nuclear composition


Silicon 28 nucleus Argon 36 nucleus

S32S33S34

HHeLiBeBCNOFNe
NaMgSiSArCaFeNiNdPb