Lithium 7 nucleus (stable)
Nuclear structure of

Beryllium 7 

(half life = 53.22 d) when mouse off the image. Move mouse on image for Li7 nucleus.

Blue toruses = 7 protons
Red toruses = electrons, yes, 3 nuclear electrons

Atomic number of Be7 = protons (7) - nuclear electrons (3) = (4), with structure D He3 D

Beryllium 7 transform by K electron capture of
Beryllium 7 and Lithium 7 produced: Be7 + e- = Li7

(K electron capture can only occur at the end of the nuclear nanotube, NOT into the central part of proton rod of nucleus. The s electrons of K shell are positioned along the axis of the nucleus.)

Click on image for Li 7 (stable) nucleus.


Light photon modell


Beryllium 6 nucleus Beryllium 8 nucleus

Be6Be7Be8Be9Be10Be11Be12Be13Be14Be15Be16

 H   He   Li   Be  B   C   N   O   F   Ne   Na   Mg   Al   Si   P   S   Cl   Ar 
 K   Ca   Sc   Ti   V   Cr   Mn   Fe   Co   Ni   Cu   Zn   Ga   Ge   As   Se   Br   Kr 
 Rb   Sr   Y   Zr   Nb   Mo   Tc   Ru   Rh   Pd   Ag   Cd   In   Sn   Sb   Te    I    Xe 
 Cs   Ba   Pr   Nd   Sm   Gd   Tb   Dy   Ho   Er   Yb   Ta   W   Os   Ir   Au   Hg   Pb 


 

Irradiation of Be7 with gamma rays near energy of pair production may cause perhaps prompt positron emission in consequence of Beryllium 7 isotope nuclear electron capture. Artificial influence of nuclear reactions may resulted. No need of exact frequency for gamma rays I think, because nuclei may compensate the required energy. Beryllium 7 nucleus proton and electron torus composition, structure and nuclear simmetry.