Octahedral Refractive Quark Shell Theory of Nuclear Structure: Illustrations Page 9

Octahedral Refractive Quark Shell Theory of Nuclear Structure

Aran David Stubbs

Illustrations Page 9

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.

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
Sketchups

Sphere focused images: Baryon Count 301-400
Element name is stablest less than or equal to maximum surface charge. In many cases there is a link from the element tag to the sketchup drawing.

301	Bh E+2+3o	Bh S011	Hs E+0+2	end

302	Bh S013	Hs E+0-1	Hs E+0+2	end

303	Bh E+2+3o	Bh S011	Hs E+0+2	Rg S111	end



304	Hs E+0-1	Hs E+0+2	Ds E+0-1	end

305	Hs S011	Hs E+0+2	Rg S001	uut S025	end

306	Hs E+0-1	end

307	Hs S011	Hs E+0+2	end

308	Db D-1L7 High Dipole	Best Hs E+0-1	Hs E+0+2L6	Hs S022xL6	uuq E+0-1	end

309	Hs S011	Mt E+0+2	end

310	Hs E+0-1	uuq S333	end

311	Mt S002	end

312	Mt S112L6	Ds E+0-1	end

313	Mt S112	end

314	Mt E+1+1L6 High Dipole	Mt S112 Iffy Dipole	Ds E+0-1	end

315	Mt E+1+1xL6 High Dipole	Mt S112 Iffy Dipole	end

316	Mt S112xL6 Iffy Dipole	Ds E+0-1	end

317		end

318	Ds E+0-1	end

319	uuq S333 High Dipole	end

320	Ds E+0-1	Ds S002L6 Iffy Dipole	ubn E+0+6 Iffy Dipole	ubn S444 High Dipole	end

321		end

322	Ds E+0-1	Ds S002xL6 Iffy Dipole	end

323		end

324	Cn E+0-1	uuo E+0-1	end

325		end

326	Cn E+0-1	end

327	Rg S011L7 Iffy Dipole	end

328	Cn E+0-1	uuo E+0-1	end

329	Rg S011xL7 Iffy Dipole	end

330	Cn E+0-1	end

331		end

332	Cn E+0-1	Cn S000	ubn S444	end

333		end

334	Cn E+0-1	end

335		end

336	Cn T001	Cn S000	Cn S000	Cn S000	ubb S226 High Dipole	end

337	uut S000	end

338	uuq T001	uue S3E+2	end

339		end

340	uuh T001	uuo E+0-1	end

341		end

342	uuh T001	end

343		end

344	uuo T001	end

345		end

346		end

347		end

348		end

349		end

350		end

351		end

352	ubn E+0-1	ubh E+0-1	ubh E+0-1	end

353		end

354		end

355		end

356		end

357		end

358		end

359		end

360	ubb S000	end

361		end

362		end

363		end

364	utn E+0-1	end

365		end

366	ubb S000	ubo E+0-1	end

367		end

368		end

369	ubt S1E+2	end

370		end

371		end

372	utb S000	end

373		end

374		end

375	utu E+2+5o	end

376	utb S000	end

377		end

378		end

379		end

380	utb S000	uth E+0-1	end

381		end

382		end

383		end

384	utb S000	end

385		end

386		end

387		end

388	utu E+2+5o	end

389		end

390		end

391		end

392		end

393		end

394		end

395		end

396	utb S000	end

397		end

398		end

399		end

400		end