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PowerPedia: Stability of Light Nuclei – PART FIVE

Lasted edited by Andrew Munsey, updated on June 14, 2016 at 10:02 pm.

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Here we analyse the isotopes of nitrogen and oxygen, and we calculate their nuclear magnetic moments.

There is also calculation for magnetic moments of some isotopes of 14Si and 20Ca

Nitrogen isotopes

Table 1

Values of the magnetic moments induced by nucleons in the nitrogen isotopes

Image:FIG--TABLE-1-fig-N-12.JPG

Multiplication Factors and Reduction Factors

Image:FIG-N-12B-Mf-Rf.JPG

Calculation of Magnetic moments

7N12
Image:FIG-N-12A-magMOM-7N12.JPG
7N13
Image:FIG-N-13-reductionFACTOR-7N13.JPG
Multiplication Factor for 7N13

Multiplication Factor for 7N13 : Mf7n13 = 3,29

Stable 7N14
Image:FIG-N-14-stable7N14.JPG
Excited 7N14 , Ex = 5106
Image:FIG-N-14-A-excited7N14.JPG

Note that we should expect that 7N14 excited with Ex = 5106 should have half-life longer than 7N14 excited with Ex = 5832, because Ex = 5106 is near to the ground state Ex = 0. However 14N with Ex = 5106 has half-life 4,3ps, while 14N with Ex = 5832 has half-live 12,5ps, almost 3 times longer, because the proton and the neutron get spin-interaction when Ex = 5832.

It is also of interest to note that in the two excited 14N isotopes one deuteron is broken, becoming a proton+neutron. As 14N has five deuterons, tt seems the excited 14N isotopes try to get the same structure of 12C, where there are four deuterons. So, 14N loses one deuteron, and the proton and neutron work as they both should be excess neutrons in the structure of 7N14, similar to the structure 6C14, where there are two excess neutrons.

Excited 7N14 , Ex = 5832
Image:FIG-N-14-B-excited7N14.JPG
Induced mag mom by deuteron in 3Li6
Image:FIG-4-(a)-inducedMAGmom-by-deuteron-3Li6.JPG
Induced mag mom by deuteron in 3Li7
Image:FIG-4-(a)-inducedMAGmom-by-deuteron-3Li7.JPG
Stable 7N15
Image:FIG-N-15-Stable-7N15.JPG
7N16
Image:FIG-N-16-isotope-7N16.JPG
Excited 7N16 , Ex= 397
Image:FIG-N-16B-excited-7N16-Rev.png

Oxygen isotopes

Table 1

Values of the magnetic moments induced by nucleons in the oxygen isotopes

Image:FIG-TABLE 2-.fig0-17A.JPG

Calculation of Magnetic moments

8O16

With 6 deuterons orbiting about the central 2He4 it is ready the first complete hexagonal floor.

Image:FIG-80-stable-8016.JPG

Formation of the 8O17

Image:FIG-017-formation-of-8O17.JPG
Calculation on the magnetic moment of 8O17
Image:FIG-017-A-stable-8O17.JPG
Similarity: 8O17 , 14Si29 , 20Ca41
14Si29
Image:FIG-Si-29-secondFLOOR-14Si29.JPG
20Ca41
Image:FIG-Ca-41-isotope20Ca41.JPG
Image:FIG-Ca-41A-magMOM20Ca41.JPG

8O13

Image:FIG-013-magMOM-8O13.JPG

Analysis on the 8O13

Image:FIG-013A-analysisON-8O13-Rev.JPG

8O14

Image:FIG-O14-isotope8O14.JPG

8O15

Image:FIG-O15-isotope8O15.JPG
Similarity: 8O15 .14Si27 , 20Ca39
14Si27
Image:FIG-Si-27-similarity-14Si27and8O15.JPG
20Ca39
Image:FIG-Ca-39-formation-20Ca39.JPG
20Ca41 and 20Ca42
Image:FIG-Ca-42-isotopes20Ca41and20Ca42.JPG
20Ca43
Image:FIG-Ca-43-isotope20Ca43.JPG
Excited 8O15
Image:FIG-015-A-excited-8O15.JPG

The other articles

Stability of Light Nuclei – PART ONE

Article:Stability of light nuclei isotopes according to Quantum Ring Theory

Stability of Light Nuclei – PART TWO

PowerPedia: Stability of Light Nuclei – PART TWO

Stability of Light Nuclei – PART THREE

PowerPedia: Stability of Light Nuclei – PART THREE

Stability of Light Nuclei – PART FOUR

PowerPedia: Stability of Light Nuclei – PART FOUR

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See also

PowerPedia:Quantum Ring Theory

Reference

Guglisnki, W. , Quantum Ring Theory-foundations for cold fusion, 2006, Bäuu Institute Press

http://www.bauuinstitute.com/index.php?option=com_content&view=article&id=22:quantum-ring-theory-foundations-for-cold-fusion&catid=8&Itemid=103

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