| N | 2S+1 L | Z= N-1 negative ions |
Z= N atoms |
Z= N+1 positive ions |
| 18 | (3p 6) 1 S | — | — | K+Table 1 3 |
| 19 | (4s 1) 2 S | — | K 0Table 1 2 3 |
Ca+Table 1 |
| 20 | (4s 2) 1 S | K-Table 1 |
Ca0Table 1 2 3 |
Sc+Table 1 |
21 | (3d 14s 2 ) 2 D | — | Sc0Table 1 2 3 |
Ti+Table 1 |
22 | (3d 24s 2 ) 3 F | Sc-Table 1 |
Ti0Table 1 2 3 |
V+Table 1 |
23 | (3d 34s 2 ) 4 F | Ti-Table 1 |
V0Table 1 2 3 |
Cr+Table 1 |
24 | (3d 54s 1 ) 7 S | V-Table 1 |
Cr0Table 1 2 3 |
Mn+Table 1 |
25 | (3d 54s 2 ) 6 S | Cr-Table 1 |
Mn0Table 1 2 3 |
Fe+Table 1 |
26 | (3d 64s 2 ) 5 D | Mn-Table 1 |
Fe0Table 1 2 3 |
Co+Table 1 |
27 | (3d 74s 2 ) 4 F | Fe-Table 1 |
Co0Table 1 2 3 |
Ni+Table 1 |
28 | (3d 84s 2 ) 3 F | Co-Table 1 |
Ni0Table 1 2 3 |
Cu+Table 1 3 |
29 | (3d 104s 1 ) 2 S | Ni-Table 1 |
Cu0Table 1 2 3 |
Zn+Table 1 |
30 | (3d 104s 2 ) 1 S | Cu-Table 1 |
Zn0Table 1 2 3 |
Ga+Table 1 |
31 | (4p 1 ) 2 P | — | Ga0Table 1 2 3 |
Ge+Table 1 |
32 | (4p 2) 3 P | — | Ge0Table 1 2 3 |
As+Table 1 |
33 | (4p 3) 4 S | Ge-Table 1 |
As0Table 1 2 3 |
Se+Table 1 |
34 | (4p 4) 3 P | As-Table 1 |
Se0Table 1 2 3 |
Br+Table 1 |
35 | (4p 5) 2 P | Se-Table 1 |
Br0Table 1 2 3 |
Kr+Table 1 |
36 | (4p 6 ) 1 S | Br-Table 1 3 |
Kr0Table 1 2 3 |
Rb+Table 1 |
37 | (5s 1 ) 2 S | — | Rb0Table 1 2 3 |
Sr+Table 1 |
38 | (5s 2 ) 1 S | Rb-Table 1 |
Sr0Table 1 2 3 |
Y+Table 1 |
39 | (4d 15s 2 ) 2 D | — | Y0Table 1 2 3 |
Zr+Table 1 |
40 | (4d 25s 2 ) 3 F | — | Zr0Table 1 2 3 |
Nb+Table 1 |
41 | (4d 45s 1 ) 6 D | Zr-Table 1 |
Nb0Table 1 2 3 |
Mo+Table 1 |
42 | (4d 55s 1 ) 7 S | Nb-Table 1 |
Mo0Table 1 2 3 |
Tc+Table 1 |
43 | (4d 55s 2 ) 6 S | Mo-Table 1 |
Tc0Table 1 2 3 |
Ru+Table 1 |
44 | (4d 75s 1 ) 5 F | Tc-Table 1 |
Ru0Table 1 2 3 |
Rh+Table 1 |
45 | (4d 85s 1 ) 4 F | — | Rh0Table 1 2 3 |
Pd+Table 1 |
46 | (4d 10 ) 1 S | — | Pd0Table 1 2 3 |
Ag+Table 1 3 |
47 | (4d 105s 1 ) 2 S | — | Ag0Table 1 2 3 |
Cd+Table 1 |
48 | (4d 105s 2 ) 1 S | Ag-Table 1 |
Cd0Table 1 2 3 |
In+Table 1 |
49 | (5p 1 ) 2 P | — | In0Table 1 2 3 |
Sn+Table 1 |
50 | (5p 2 ) 3 P | In-Table 1 |
Sn0Table 1 2 3 |
Sb+Table 1 |
51 | (5p 3 ) 4 S | Sn-Table 1 |
Sb0Table 1 2 3 |
Te+Table 1 |
52 | (5p 4 ) 3 P | — | Te0Table 1 2 3 |
I+Table 1 |
53 | (5p 5 ) 2 P | Te-Table 1 |
I0Table 1 2 3 |
Xe+Table 1 |
54 | (5p 6 ) 1 S | I-Table 1 3 |
Xe0Table 1 2 3 |
— |
| N | 2S+1 L | Z= N+2 | Z= N+3 | Z= N+4 | Z= N+5 |
| 18 | (3p 6) 1 S | Ca2+Table 3 |
Sc3+Table 3 |
Ti4+Table 3 |
V5+Table 3 |
| 19 | (4s 1) 2 S | — | Ti3+Table 3 |
— | — |
| 20 | (4s 2) 1 S | Ti2+Table 3 |
V3+Table 3 |
— | — | 21 | (3d 14s 2 ) 2 D | V2+Table 3 |
Cr3+Table 3 |
Mn4+Table 3 |
— | 22 | (3d 24s 2 ) 3 F | Cr2+Table 3 |
Mn3+Table 3 |
— | — | 23 | (3d 34s 2 ) 4 F | Mn2+Table 3 |
Fe3+Table 3 |
— | — | 24 | (3d 54s 1 ) 7 S | Fe2+Table 3 |
Co3+Table 3 |
— | — | 25 | (3d 54s 2 ) 6 S | Co2+Table 3 |
Ni3+Table 3 |
— | — | 26 | (3d 64s 2 ) 5 D | Ni2+Table 3 |
— | — | — | 27 | (3d 74s 2 ) 4 F | Cu2+Table 3 |
— | — | — | 28 | (3d 84s 2 ) 3 F | Zn2+Table 3 |
Ga3+Table 3 |
Ge4+Table 3 |
— | 36 | (4p 6 ) 1 S | Sr2+Table 3 |
Y3+Table 3 |
Zr4+Table 3 |
Nb5+Table 3 |
38 | (5s 2 ) 1 S | — | Nb3+Table 3 |
— | — | 39 | (4d 15s 2 ) 2 D | — | Mo3+Table 3 |
— | — | 40 | (4d 25s 2 ) 3 F | — | — | Ru4+Table 3 |
— | 41 | (4d 45s 1 ) 6 D | — | Ru3+Table 3 |
Rh4+Table 3 |
— | 42 | (4d 55s 1 ) 7 S | — | Rh3+Table 3 |
Pd4+Table 3 |
— | 44 | (4d 75s 1 ) 5 F | Pd2+Table 3 |
— | — | — | 45 | (4d 85s 1 ) 4 F | Ag2+Table 3 |
— | — | — | 46 | (4d 10 ) 1 S | Cd2+Table 3 |
In3+Table 3 |
Sn4+Table 3 |
Sb5+Table 3 |
48 | (4d 105s 2 ) 1 S | Sn2+Table 3 |
Sb3+Table 3 |
— | — |
[1] Clementi E., Roetti C. // Atomic data and Nuclear data Tables v.14, 177-478 (1974)
[2] Bunge C.F. et all, // Atomic Data and Nuclear Data Tables 53,113-162(1993)
[3] Su Z., Coppens P.// Acta Cryst. A53, 749-762 (1997);