Nucleonics Matrix



Nuclear Stability

By Alain Lareau

Chapter 2 Page 2

Elements of the Earth"s crust


All Isobars to Tweenty
H-1


H-2


He-3


H-3


Li-4


He-4


H-4


Li-5


He-5


Be-6


Li-6


He-6


B-7


Be-7


Li-7


He-7


C-8


B-8


Be-8


Li-8


He-8


C-9


B-9


Be-9


Li-9


He-9


C-10


B-10


Be-10


Li-10


He-10


N-11


C-11


B-11


Be-11


Li-11


O-12


N-12


C-12


B-12


Be-12


O-13


N-13


C-13


B-13


Be-13


F-14


O-14


N-14


C-14


B-14


Be-14


F-15


O-15


N-15


C-15


B-15


Ne-16


F-16


O-16


N-16


C-16


B-16


Ne-17


F-17


O-17


N-17


C-17


B-17


Ne-18


F-18


O-18


N-18


C-18


Ne-19


F-19


O-19


N-19


Mg-20


Na-20


Ne-20


F-20


O-20


N-20




n = p-4 n = p-3 n = p-2 n = p-1 n = p n = p+1 n = p+2 n = p+3 n = p+4 n = p+5 n = p+6
      001 99.985%

Stable

1.0078250
             
        002 0.015%

Stable

2.0141017
           
      003 0.000137%

Stable

3.0160293
  003
12.33 yr
B-
He-3
3.0160492
         
    004
6.03 MeV
p,2.980 MeV
He-3
4.0271821
  004 99.999863%

Stable

4.0026032
  004
5.42 MeV
n,2.980 MeV
H-3
4.0279121
       
      005
1.5 MeV
a/p,1.970 MeV
H-1/He-4
5.0125389
  005
0.60 MeV
a/n,2.980 MeV
n/He-4
5.0122276
         
    006
92KEV
2p,1.372 MeV
He-4
6.0197263
  006 7.5%

Stable

6.0151222
  006
806.7 msec
B-,3.508 MeV
Li-6
6.0188880
       
  007
1.4 MeV
2p/3p/p,2.200
Li-5/He-4/Be-6
7.0299196
  007
53.29 da
EC,1.372 MeV
Li-7
7.0169292
  007 92.5%

Stable

7.0160040
  007
160KEV
n,1.372 MeV
He-6
7.0280302
     
008
230KEV
2p,2.142 MeV
Be-6
8.0376749
  008
770 msec
EC/EC2a/ECa,18.071
Be-8/none/He-4
8.0246067
  008
6.8EV
2a,16.004 MeV
none
8.0053051
  008
838 msec
B-/B-2a,16.004
Be-8/none
8.0224855
  008
119.0 msec
B-/B-n,10.653
Li-8/Li-7
8.0339218
   
  009
126.5 msec
EC/EC2a/ECp,16.498
B-9/H-1/Be-8
9.0310404
  009
0.54KEV
2a/p,11.941
H-1/Be-8
9.0133289
  009 100%

Stable

9.0121822
  009
178.3 msec
B-/B-n/B-n2a,13.606
Be-9/Be-8/none
9.0267892
  009
0.3 MeV
n,1.150 MeV
He-8
9.0438220
 
    010
19.255 sec
EC,3.648 MeV
B-10
10.016853
  010 19.9%

Stable

10.012937
  010
1.51E+6 yr
B-,16.775 MeV
B-10
10.013533
  010
1.2 MeV
n,16.775 MeV
Li-9
10.035899
  010
0.3 MeV
n,16.775 MeV
He-9
10.052399
  011
1.58 MeV
p,2.290 MeV
C-10
11.027139
  011
20.39 min
EC,1.982 MeV
B-11
11.011433
  011 80.1%

Stable

11.009305
  011
13.81 sec
B-/B-a,11.506
B-11/Li-7
11.021657
  011
8.5 msec
B-/B-n/B-na,20.610
Be-11/Be-10/He-6
11.043789
 
012
0.40 MeV
p,17.338 MeV
N-11
12.034417
  012
11.000 msec
EC/EC3a,17.338
C-12/none
12.018613
  012 98.89%

Stable

12.0
  012
20.20 msec
B-/B-3a,13.369
C-12/none
12.014352
  012
23.6 msec
B-/B-n,11.708
B-12/B-11
12.026920
   
013
8.58 msec
EC,17.765 MeV
N-13
13.024810
013
9.965 min
EC,2.220 MeV
C-13
13.005738
013 1.11%

Stable

13.003354
013
17.36 msec
B-,13.437 MeV
C-13
13.017780
013
0.9 MeV
n,2.010 MeV
Be-12
13.037745
014

p,3.200 MeV
O-13
14.036071
014
70.606 sec
EC,5.143 MeV
N-14
14.008595
014 99.634%

Stable

14.003073
014 1.3E-10%
5730 yr
B-,20.644 MeV
N-14
14.003242
014
13.8 msec
B-,20.644 MeV
C-14
14.025404
014
4.35 msec
B-/B-2n/B-n,16.220
B-14/B-12/B-13
14.042812
015
1.0 MeV
p,1.480 MeV
O-14
15.018014
015
122.24 sec
EC,2.754 MeV
N-15
15.003065
015 0.366%

Stable

15.000108
015
2.449 sec
B-,9.772 MeV
N-15
15.010599
015
10.5 msec
B-,19.094 MeV
C-15
15.031097
016
122KEV
p,10.539 MeV
F-15
16.025753
016
40KEV
p,10.539 MeV
O-15
16.011465
016 99.762%

Stable

15.994914
016
7.13 sec
B-,10.419 MeV
O-16
16.006099
016a
7.25 usec
B-,10.539 MeV
O-16
16.006228
016
0.747 sec
B-,8.012 MeV
N-16
16.014701
016

n,1.480 MeV
B-15
16.039828
017
109.2 msec
EC/ECa/ECp,14.530
F-17/N-13/O-16
17.017702
017
64.49 sec
EC,2.761 MeV
O-17
17.002095
017 0.038%

Stable

16.999131
017
4.173 sec
B-/B-n,8.680
O-17/O-16
17.008449
017
193 msec
B-/B-n,13.166
N-17/N-16
17.022584
017
5.08 msec
B-,22.680 MeV
C-17
17.046935
018
1672 msec
EC,4.446 MeV
F-18
18.005710
018
109.77 min
EC,1.656 MeV
O-18
18.000937
018 0.200%

Stable

17.999160
018
624 msec
B-/B-a,13.899
O-18/C-14
18.014081
018
95 msec
B-/B-n,11.810
N-18/N-17
18.026752
019
17.22 sec
EC,3.238 MeV
F-19
19.001879
019 100%

Stable

18.998403
019
26.91 sec
B-,4.821 MeV
F-19
19.003579
019
290 msec
B-/B-n,12.527
O-19/O-18
19.017026
019
49 msec
B-/B-n,11.640
N-19/N-18
19.035244
020
95 msec
EC/ECp,10.730
Na-20/Ne-19
20.018862
020
447.9 msec
EC,13.887 MeV
Ne-20
20.007348
020 90.48%

Stable

19.992440
020
11.00 sec
B-,7.025 MeV
Ne-20
19.999981
020
13.51 sec
B-,3.814 MeV
F-20
20.004076
020
100 msec
B-/B-n,17.970
O-20/O-19
20.023371
020
14 msec
B-/B-n,13.630
N-20/N-19
20.040322
013
9.965 min
EC,2.220 MeV
C-13
13.005738
013 1.11%

Stable

13.003354
014 99.634%

Stable

14.003073
014 1.3E-10%
5730 yr
B-,20.644 MeV
N-14
14.003242
015 0.366%

Stable

15.000108
016 99.762%

Stable

15.994914
017 0.038%

Stable

16.999131
018
109.77 min
EC,1.656 MeV
O-18
18.000937
018 0.200%

Stable

17.999160
019 100%

Stable

18.998403
020 90.48%

Stable

19.992440
013
9.965 min
EC,2.220 MeV
C-13
13.005738
013 1.11%

Stable

13.003354
014
70.606 sec
EC,5.143 MeV
N-14
14.008595
014 99.634%

Stable

14.003073
014 1.3E-10%
5730 yr
B-,20.644 MeV
N-14
14.003242
015
122.24 sec
EC,2.754 MeV
N-15
15.003065
015 0.366%

Stable

15.000108
015
2.449 sec
B-,9.772 MeV
N-15
15.010599
016 99.762%

Stable

15.994914
016
7.13 sec
B-,10.419 MeV
O-16
16.006099
016
0.747 sec
B-,8.012 MeV
N-16
16.014701
017
109.2 msec
EC/ECa/ECp,14.530
F-17/N-13/O-16
17.017702
017
64.49 sec
EC,2.761 MeV
O-17
17.002095
017 0.038%

Stable

16.999131
017
4.173 sec
B-/B-n,8.680
O-17/O-16
17.008449
017
193 msec
B-/B-n,13.166
N-17/N-16
17.022584
018
1672 msec
EC,4.446 MeV
F-18
18.005710
018
109.77 min
EC,1.656 MeV
O-18
18.000937
018 0.200%

Stable

17.999160
018
624 msec
B-/B-a,13.899
O-18/C-14
18.014081
018
95 msec
B-/B-n,11.810
N-18/N-17
18.026752
019
17.22 sec
EC,3.238 MeV
F-19
19.001879
019 100%

Stable

18.998403
019
26.91 sec
B-,4.821 MeV
F-19
19.003579
019
290 msec
B-/B-n,12.527
O-19/O-18
19.017026
020
95 msec
EC/ECp,10.730
Na-20/Ne-19
20.018862
020
447.9 msec
EC,13.887 MeV
Ne-20
20.007348
020 90.48%

Stable

19.992440
020
11.00 sec
B-,7.025 MeV
Ne-20
19.999981
020
13.51 sec
B-,3.814 MeV
F-20
20.004076
020
100 msec
B-/B-n,17.970
O-20/O-19
20.023371
Elements of the Earth's crust
percent-gram 99.0- atomic weightmost common isotope - %
Oxygen45.2 * Oxygen16 - 99.762%
Silicon27.2 * Sodium23 - 100%
Aluminum8.0 * Magnesium24 - 78.99%
Iron5.8 * Aluminum27 - 100%
Calcium5.1 * Silicon28 - 92.23%
Magnesium2.8 * Potassium39 - 93.2581%
Sodium2.3 * Calcium40 - 96.941%
Potassium1.7 * Titanium48 - 73.72%
Titanium0.9 * Iron56 - 91.754%


H 001
99.985%

Stable
1.0078250
 
  H 002
0.015%

Stable
2.0141017
He 003
0.000137%

Stable
3.0160293
 
  He 004
99.999863%

Stable
4.0026032

All Isobars to the Atomic weight 16

H-1
H-2
He-3 H-3
Li-4 He-4 H-4
Li-5 He-5
Be-6 Li-6 He-6
B-7 Be-7 Li-7 He-7
C-8 B-8 Be-8 Li-8 He-8
C-9 B-9 Be-9 Li-9 He-9
C-10 B-10 Be-10 Li-10 He-10
N-11 C-11 B-11 Be-11 Li-11
O-12 N-12 C-12 B-12 Be-12
O-13 N-13 C-13 B-13 Be-13
F-14 O-14 N-14 C-14 B-14 Be-14
F-15 O-15 N-15 C-15 B-15
Ne-16 F-16 O-16 N-16 C-16 B-16
n = p-1n = pn = p+1 n = p+2n = p+3n = p+4
H 1          #1
           
           
  He 4        #2
           
           
           
           
           
           
           
  C 12        #5
           
  N 14        #6
           
  O 16        #3
           
           
           
  Ne 20        #4
           
           
           
  Mg 24        #8
           
           
    Al 27      #12
  Si 28        #7
           
           
           
  S 32        #10
           
           
           
           
           
           
           
          Ar 40#11
           
           
           
           
           
           
           
           
           
           
           
           
           
           
           
          Fe 56#9



Cosmos plus Crust

*presentetion in table form of the most common Isotopes(mcI) of the most common Elements(mcE) distributed in the cosmos and the Earth's crust.

SUPER Stable ISOBARS(SSI)
note* ranking now refers to most common Isobars not most common Elements.
n = p-1 n = pn = p+1n = p+2n = p+3n = p+4
H 1          #1
           
           
  He 4        #2
           
           
           
           
           
           
           
  C 12        #5
           
  N 14        #6
           
  O 16        #3
           
           
           
  Ne 20        #4
           
           
    Na 23      
  Mg 24        #8
           
           
    Al 27      #12
  Si 28        #7
           
           
           
  S 32        #10
           
           
           
           
           
           
    K 39      
  Ca 40       Ar 40#11
           
           
           
           
           
           
           
          Ti 48
           
           
           
           
           
           
           
          Fe 56#9

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