public catalogue · open access · last index pass 2026-06-30 08:14:02 UTChost: cat-pub-04 · build 0.14.3-prototype · rev rA9F2
overviewcatalogueAM-2022-10007-A

AM-2022-10007-A · Cinnabararchived

physical & structuralrev. 4
designationCinnabar
chemical formulaHgS
classificationSulfide
crystal systemTrigonal
mohs hardness2 – 2.5
density (g/cm³)8.09
colourBrownish red, dull
type localityNanping, Fujian, China
raman spectroscopy532 nm · pass A
200400600800100012001400Raman shift (cm⁻¹)intensity (arb.)252280343
λ_excitation: 532 nm · acq. 3 × 10 s · grating 1800 g/mmfig. 1 · raman.am-2022-10007-a.svg

reported peaks (cm⁻¹): 252, 280, 343

notessubmitter remarks + registry

Standard cinnabar reference specimen. Supplied as a single piece on a small fragment of host matrix.

chain of custody6 events · 4 seal-breaks

Events recorded against this accession in the registry's printed custody book. Operator initials are anonymous. Storage codes follow the convention vault-shelf-drawer.

timestampstagedetailop.
2022-01-18 13:55 UTCintakeweighed, dimensioned, photographed; container sealed and labelled with the accession identifierM.A.
2022-01-23 12:52 UTCpass Avisual inspection · density (Archimedes) · mass to ±0.01 gH.D.
2022-01-28 16:06 UTCpass BRaman acquisition; 3 peaks above prominence threshold
instrument: Horiba LabRAM HR (532 nm)
ref. checked: ICDD card 04-6133
H.D.
2022-01-29 12:21 UTCstoragere-bagged, label re-printed; placed in vault A, shelf 01, drawer 29M.A.
2024-01-29 10:26 UTCre-inspectionseal intact · label legible · no visible degradationS.W.
2026-01-28 13:30 UTCre-inspectionseal intact · label legible · no visible degradationS.W.

physical location: vault A · shelf 01 · drawer 29 · last documented inspection: 2026-01-28 13:30 UTC