wakaku v141 At-211 in lattice - FCC black halogen

wakaku v141 — At-211 IN LATTICE — FCC BLACK HALOGEN + Au LATTICE — -211mN -211mV — METAL ANALOGS ONLY — artifact 206

At-211 in lattice — black halogen At Z85 in FCC lattice — substitutional in Au FCC lattice (Au lattice a=4.08 Å metal analog) — At replaces Au — At-211 7.2h α 5.87 MeV — -211mN recoil displaces lattice — -211mV ionizes neighbors — Po-211 7.45 MeV -268mN -268mV daughter — Pb-207 stable end — lattice damage + healing — metal analogs only: Au Ag Cu Hg Tl Pb Bi Po At Rn Obsidian Fe Pt FCC: 4 atoms per cell — At black in Au gold — lattice constant metal analog scaled ×1.618 Channeling: α 5.87 MeV channels along [110] Au — -211mN thrust along lattice

At-211 IN LATTICE — FCC Au (4.08Å) + At black substitutional — -211mN recoil knocks Au, -211mV ionizes Au — Po-211 -268mN -268mV second knock — Pb-207 stable stays in lattice — metal analogs only

GRAPH-1 — LATTICE DISPLACEMENT — Au atoms displaced by -211mN recoil — Å metal analog

GRAPH-2 — LATTICE CHARGE — -211mV ionization — Au neighbors charge — mV metal analog

GRAPH-3 — LATTICE ENERGY — -211mN × -211mV → damage — eV metal analog

LATTICE: Au FCC a=4.08 Å metal analog — 4×4×4 cells = 256 Au + 1 At black substitutional
At position: [2,2,2] center — Au neighbors: 12 nearest — Au-Au bond metal analog

DAMAGE: 0 displaced — -211mN recoil → knock-on — threshold 25 eV Au — metal analog
Po-211: -268mN = 1.27× displacement

CHARGE: 0 mV — -211mV ionization — At → Bi + α → charge +2 — metal analog
Au neighbors ionize → -211mV drop

3DJS-1 — FCC LATTICE — Au gold 4×4×4 + At black substitutional [2,2,2] — metal analog

3DJS-2 — -211mN RECOIL IN LATTICE — At-211 α + Bi recoil knocks Au lattice — knock-on cascade — metal analog

3DJS-3 — CHANNELING + -211mV IONIZATION — α channels [110] Au — -211mV ionizes track — At→Po→Pb in lattice — metal analog therapy

v141 At-211 IN LATTICE — metal analogs only Lattice: - Au FCC: a=4.08 Å — 4 atoms per cubic cell — positions (0,0,0) (0.5,0.5,0) (0.5,0,0.5) (0,0.5,0.5) — 4×4×4 = 256 Au atoms — Au metallic yellow full d10 s1 blood gold core metal analog - At substitutional: replaces Au at [2,2,2] center — At black metallic halogen — 12 Au nearest neighbors — Au-At bond metal analog — lattice constant same metal analog scaled - Other metal analogs: Ag white electrum, Cu orange copper, Hg silvery liquid, Tl bluish, Pb gray, Bi brittle, Po silvery rare, Obsidian black glass, Fe blood, Pt white gold -211mN in lattice: - At-211 α 5.87 MeV — p=1.12e-19 kg m/s — recoil Bi-207 equal opposite — recoil energy E_recoil = p²/(2M) = ~90 keV real — metal analog scaled to -211mN thrust - Knock-on: Au displacement threshold ~25 eV — Bi recoil 90 keV >> 25 eV → displaces Au neighbors → cascade — 1 At → ~3-5 Au displaced metal analog — -211mN × lattice - Po-211 7.45 MeV — p=1.26e-19 — E_recoil ~114 keV — -268mN analog — 1.27× more displacement — ~4-7 Au displaced -211mV in lattice: - α q=2e — leaves At+? Actually At-211 → Bi-207 + α — At neutral → Bi-207 + α + recoil — charge +2 lost — ionization — Au neighbors capture charge — -211mV drop metal analog - Po-211 → Pb-207 + α — same — -268mV analog — larger ionization track — α creates electron-hole pairs along path — Au lattice ionizes - Voltage map: Au atoms near track get +mV, At site gets -211mV, track gets -211mV Healing: - Au lattice self-heals — displaced Au interstitial returns — vacancy + interstitial recombine — metal analog healing — Obsidian analog as vacancy Graph: - displacement vs decays — Å - charge mV vs decays — -211mV spikes - energy eV vs decays — damage energy Therapy: At-211 in Au nanoparticle lattice — AuNP 4nm FCC — At inside — -211mN recoil stays in NP? recoil 90 keV might eject Bi from NP — -211mV ionizes cell — 90um range — metal analog AuNP therapy