Octahedral Refractive Quark Shell Theory of Nuclear Structure Illustrations: Page D

Octahedral Refractive Quark Shell Theory of Nuclear Structure

Aran David Stubbs

Illustrations: Page D

Note: color scheme done for asthetics. Red monoquark and blue/green diquark happened to look better than green monoquark and red/blue diquark, or blue monoquark and red/green diquark. All 3 forms should be equally likely. Relative size of each not entirely certain, several possible size relations used here, from monoquark with 48% the diameter of the diquark, to 100%. Current theory suggests 90% is most likely. These were developed with 2 different sets of software. Those with a black background are older software than those with white background (which are done with google sketchups). The few oldest images (where the spheres are translucent) are marked as oldest. Best fit has least surface combined with low dipole. Worst fit is a single line of spheres. Many awful solutions included - particularly sheets one*m*n. These aren't ever best for A>3.

Table of Contents
Sphere focused images Complete Structures, Symmetric and Eccentric
Sphere focused images Complete Structures, Skew, Hybrid, Diagonal, & Misc.
Sphere focused images by Baryon count 0-20
Sphere focused images by Baryon count 21-50
Sphere focused images by Baryon count 51-100
Sphere focused images by Baryon count 101-150
Sphere focused images by Baryon count 151-200
Sphere focused images by Baryon count 201-250
Sphere focused images by Baryon count 251-300
Sphere focused images by Baryon count 301-400
Bond focused images
Icons
Graphs
Miscellaneous

Sphere focused images Baryon Count 21-50
sd is the count of surface downs. Fewer is better, generally. Element name is stablest less than or equal to maximum surface charge. Often there is a link from the element tag to the corresponding sketchup.

21	Ne 5sd E-1-1L3+2t2-2v	Ne 6sd S111L2+2s	Ne 11sd E+5+6OL1	end

22	Ne 5sd E-1-1L3+2t2	Ne 6sd E+0+1L2	Ne 6sd D-2L2	Ne 6sd S111L2+4s	Ne 6sd S000L2+4t2
	Ne 8sd FDC1L2	Ne 5sd DS001L3 Iffy Dipole	Ne 5sd DS001L3 Iffy Dipole	Ca 24sd E+3+AoL1	end

23	Na 5sd S111xL2	Na 5sd S111xL2	Na 5sd D1L3	Na 5sd D1L3	Na 5sd D1L3
	Na 6sd E-1-1QL3	Na 6sd S001	Na 7sd DSCSL2	Na 7sd DSCSL2	end

24	Mg 5sd S001L2	Mg 5sd S001L2	Mg 5sd S001L2	Mg 5sd S001L2	Mg 5sd D1
	Mg 6sd E+0-1L3-4v	Mg 6sd DT2L2	Mg 6sd DT2L2	Mg 12sd E+5+7OL1	end

25	Mg 5sd S001xL2	Mg 5sd S001xL2	Mg 6sd FDC1xL2	Mg 6sd FDC1xL2	Mg 13sd E+4+9OL1	end

26	Mg 6sd E+0-1L3-2v	Mg 6sd S111xL2+2t2	Mg 7sd S001L2+4s	Mg 7sd S013xL2	Mg 6sd DSCSxL2 Iffy Dipole	Mg 6sd DSCSxL2 Iffy Dipole	end

27	Al 6sd best S001L2+8s	Al 6sd E+2+3OxL2	Al 14sd E+5+8OL1	end

28	Si 4sd best E+0-1L3	Si 4sd best E+0-1L3	Si 4sd best E+0-1L3	Si 6sd E+0+2L2	Si 6sd S022L2	Si 14sd E+6+7OL1	end

29	Si 6sd S111L2+2t3	Si 7sd S111L2+4t2	Si 7sd S112L2+2s	end

30	Si 6sd E+0-1L3+4s	Si 7sd E+1+1L2	Si 7sd S112L2+4s	Si 16sd E+5+9OL1	end

31	P 6sd E+1+1xL2	P 6sd E+1+1xL2	P 6sd E+0+3oL3-2s	P 6sd S112L2+6s
	P 6sd S002	P 6sd S002	P E+0-1L3+2t2 5sd Bad Sym	end

31.5 bad count	best ~K E+0+0OL4	best ~K E+0+0OL4	best ~K E+0+0OL4	end

32	S 5sd E+0+3OL3 Iffy Dipole	S 5sd S112xL2 Iffy Dipole	S 5sd S112xL2 Iffy Dipole	S 6sd E+0-1L3+8s Prettiest	S 6sd S002L2	S 6sd S002L2
	S 12sd E+0+0QL2	S 16sd E+7+7OL1	end

33	S 6sd S002L2+2s	S 6sd E+0+3o	S 5sd DE-1 Iffy Dipole	S 17sd E+5+AOL1	end

34	S 6sd S002xL2	S 6sd S002xL2	S 6sd E+0-1L3+2t3	S 6sd E+0-1L3+2t3
	S 7sd E+1+1L2+2t2	S 5sd DE-1 Iffy Dipole	S 5sd D-1 Iffy Dipole	end

35	Cl 6sd S011L3	Cl 6sd S011L3	Cl 7sd DC2L3	Cl 7sd DC2L3	Cl 5sd DE-1 Iffy Dipole	Cl 18sd E+6+9OL1	end

36	Ar 5sd S011L3+2s	Ar 6sd S000L3-2v	Ar 6sd E+0-1	Ar 6sd E+0-1	Ar E+7+8OL1 18sd	end

37	Cl 6sd S011xL3	Cl 6sd S011xL3	Cl 6sd E-1+1L3	end

38	Ar 6sd E-1+1L3+2s	Ar 6sd S000L3-4s	Ar 6sd T001	Ar 6sd S011xL33+2s	Ar 7sd S011L3+2t2	end

39	K 5sd S000	K 6sd E-1-1-6vL4	K 6sd S011L3+2t2+2s	end

40	Ca 4sd T001	Ca 4sd best S000L3	Ca 4sd best S000L3	Ca 4sd best S000L3
	Ca 4sd best S000L3 .667	Ca 4sd best S000L3 .667	Ca 4sd best S000L3 Oldest	Ca 4sd best S000L3 Oldest
	K 6sd S011L3+2t2	K 6sd S011L3+2t2	K 6sd E-1-1L4-4v	Ca 14sd E+0+1QL2	Ca 14sd E+0+1QL2 Oldest	Ca 20sd E+7+9OL1	end

41	K 6sd E-1-1L4-4v	K 6sd S000L3+2s	K 7sd S113xL2	end

42	Ca 6sd T001	Ca 6sd S000L3+4s	Ca 7sd S1E+2xL3	Ar 7sd E-1-1L4-2v Iffy Dipole	end

43	Ca 6sd DT1L3	Ca 6sd DT1L3	Ca 6sd DT1L3	Ca 6sd DT1L3	Ca 6sd S000L3+2t2
	Ar 7sd E-1-1	Ca 7sd S003xL2	Ca 7sd S003xL2	Ca 7sd S003xL2	end

44	Ca 7sd S122xL3 Iffy Dipole	Ca 7sd S000L3+2t2+2s	Ca 7sd DT1	Ca 8sd E+0+0QxL1	Ca 8sd T001
	Ca 7sd S122xL3 Iffy Dipole	Ca 7sd S122xL3 Iffy Dipole	Best, Big Dipole Cl 8sd E-1-1L4	Best, Big Dipole Cl 8sd E-1-1L4	Ca 24sd E+7+AoL1	end

45	Sc 6sd E-1-1L4+2t2-2v	Sc 6sd S000	Sc 7sd DT1+4sL3	Ar 8sd E-1-1L4+2s	end

46	Ti 6sd T001	Ti 6sd E-1+2L3	Ti 6sd S000L3+4trios	Ca7sd E-1-1L4+2t2-2v Iffy Dipole	Ca 7sd S000L3+2sextets Iffy Dipole	end

47	Ti 6sd S000L3+2t3+2s	Ti 6sd S000L3+2h2	Ti 6sd E-1-1-2v+2t2+2sL4	K 8sd E-1-1+2t2L4 Iffy Dipole	end

48	Ti 6sd E-1-1L4+2t2+2s	Ti 6sd E-1-1L4+2t2+2s	Ti 6sd E-1-1+(2t3-2s)-2s	Ti 6sd E-1-1+2t3-2V
	Ti 7sd S000	Ti 7sd S012+4sL3	Ti 8sd E+0+1	Ti 6sd S111 Iffy Dipole	end

49	Ti 6sd E-1-1-2v+2t3L4	Ti 6sd E-1-1-2v+2t3L4	Ti 7sd S012xL3	Ti 7sd S012xL3	Ti 7sd S000	end

50	Ti 6sd E-1-1L4+2sextets	Ti 6sd E-1-1L4+2sextets	Ti 6sd S001	Ti 8sd S111L3	Ti 8sd S111L3	Ti 8sd E-1-1L4+4trios
	Ti 8sd E+0+1	Ti 6sd DS001 Iffy Dipole	end