Wikidata:Mineralogy task force/Minerals with tellurite (Te6O6) and similar building blocks

Special cases

Tellurium oxysalts

[Te(VI)O₆]^6- oxysalt and similar structures

Lapis Classification

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Frankhawthorneite	IMA1993-047	A	1-3	4.FD.25	4.FD.25	4/K.15	hydroxide
Chemical formula: Cu2Te6+O4(OH)2
Ottoite	IMA2009-063	A	+3	n/a	n/a	n/a
Chemical formula: Pb2TeO5
Xocomecatlite	IMA1974-048	A	+3	7.BB.50	7.BB.50	4/K.15
Chemical formula: Cu3(Te6+O4)(OH)4
Brumadoite	IMA2008-028	A	1-3	n/a	n/a	n/a
Chemical formula: Cu3(Te6+O4)(OH)4·5H2O
Mcalpineite	2013, IMA1992-025	Rv	+3	7.DE.55	7.DE.55	4/K.15
Chemical formula: Cu3Te6+O6
Jensenite	IMA1994-043	A	1-3	4.FL.60	4.FL.60	4/K.15	hydroxide
Chemical formula: Cu2+3Te6+O6·2H2O
Leisingite	IMA1995-011	A	1-3	4.FL.65	4.FL.65	4/K.15	hydroxide
Chemical formula: CuMg2Te6+O6·6H2O
Utahite	IMA1995-039	A	1-3	7.DE.25	7.DE.25	4/K.15
Chemical formula: Cu5Zn3(Te6+O4)4(OH)8·7H2O
Cuzticite	IMA1980-071	A	1-3	4.FM.35	4.FM.35	4/K.15	hydroxide
Chemical formula: Fe3+2Te6+O6·3H2O
Yafsoanite	1989, IMA1981-022	Rv	+3	4.CC.25	4.CC.25	4/K.15	garnet (R)
Chemical formula: Ca3Te6+2Zn3O12
Xocolatlite	IMA2007-020	A	1-3	7.DF.85	7.DF.85	n/a
Chemical formula: Ca2Mn4+2Te6+2O12·H2O
Khinite	IMA1978-035	A	+9	4.FD.30	4.FD.30	4/K.15	hydroxide
Chemical formula: Cu2+3PbTe6+O6(OH)2
Timroseite	IMA2009-064	A	+3	n/a	n/a	n/a
Chemical formula: Pb2Cu5(TeO6)2(OH)2
Paratimroseite	IMA2009-065	A	1-3	n/a	n/a	n/a
Chemical formula: Pb2Cu4(TeO6)2(H2O)2
Markcooperite	IMA2009-045	A	1-3	n/a	n/a	n/a	(uranyl mineral)
Chemical formula: Pb2(UO2)TeO6
Kuranakhite	IMA1974-030	A	+3	4.DM.25	4.DM.25	4/D.15
Chemical formula: PbMn4+Te6+O6
Montanite	1868	Q	+9	7.CD.60	7.CD.60	4/K.15
Chemical formula: Bi3+2Te6+O6·2H2O

Other [Te(VI)O₆]^6- similar oxysalts

Lapis Classification

Tellurates with [Te⁶⁺O₆]^6- + [XO₄]-groups (X=P,As,S,V) and tellurite-tellurate [Te⁴⁺O₃]^2-+ [Te⁶⁺O₆]^6- complex, mainly

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Joëlbruggerite	IMA2008-034	A	1-3	8.B0.20	n/a	n/a	dugganite (G)
Chemical formula: Pb3Zn3(Sb5+,Te6+)As2O13(OH,O)
Dugganite	IMA1978-034	A	+9	8.DL.20	8.BL.20	4/K.16	dugganite (G)
Chemical formula: Pb3Zn3(TeO6)(AsO4)2
Kuksite	IMA1989-018	A	+3	8.DL.20	8.BL.20	4/K.16	dugganite (G)
Chemical formula: Pb3Zn3TeO6(PO4)2
Cheremnykhite	IMA1989-017	A	1-3	8.DL.20	8.BL.20	4/K.16	dugganite (G)
Chemical formula: Pb3Zn3(TeO6)(VO4)2
Tlalocite	IMA1974-047	A	1-3	7.DE.20	7.DE.20	4/K.16
Chemical formula: Cu10Zn6(Te4+O3)(Te6+O4)2Cl(OH)25·27H2O
Eurekadumpite	IMA2009-072	A	1-3	n/a	n/a	n/a
Chemical formula: (Cu,Zn)16(Te4+O3)2(AsO4)3Cl(OH)18·7H2O
Tlapallite	IMA1977-044	A	+3	4.JL.25	4.JL.25	4/K.17
Chemical formula: H6(Ca,Pb)2(Cu,Zn)3O2(SO4)(Te4+O3)4(Te6+O4)
Schieffelinite	IMA1979-043	A	+3	7.CD.55	7.CD.55	4/K.17	schieffelinite (R)
Chemical formula: Pb10Te6+6O20(OH)14(SO4)(H2O)5
Chromschieffelinite	IMA2011-003	A	1-3	n/a	n/a	n/a	schieffelinite (R)
Chemical formula: Pb10Te6+6O20(OH)14(CrO4)(H2O)5
Yecoraite	IMA1983-062	A	+3	7.DF.70	7.DF.70	4/K.18
Chemical formula: Fe3+3Bi5O9(Te4+O3)(Te6+O4)2·9H2O
Oboyerite	IMA1979-009	A	1-3	4.JN.25	4.JN.25	4/K.19	tellurite (N/S)
Chemical formula: H6Pb6(Te4+O3)3(Te6+O6)2·2H2O
Eztlite	IMA1980-072	Rd	1-3	4.JN.20	4.JN.20	4/K.19	tellurite (N/S)
Chemical formula: Pb2Fe3+6(Te4+O3)3(Te6+O6)(OH)10·8H2O
Housleyite	IMA2009-024	A	4-6	n/a	n/a	n/a
Chemical formula: Pb6CuTe4O18(OH)2
Thorneite	IMA2009-023	A	1-3	n/a	n/a	n/a
Chemical formula: Pb6(Te2O10)(CO3)Cl2(H2O)
Girdite	IMA2016-F, IMA1979-006	D	4-6	4.JL.30	4.JL.30	4/K.19

Note: kuksite - joëlbruggerite - dugganite solid solution

Unassigned tellurium oxysalts

Lead-tellurium oxysalts

Mineral	IMA number/ year	S	loc	Chemical formula	group
Agaite	IMA2011-115	A	1-3	Pb₃Cu²⁺Te⁶⁺O₅(OH)₂(CO₃)
Backite	IMA2013-113	A	1-3	Pb₂AlTeO₆Cl
Bairdite	IMA2012-061	A	1-3	Pb₂Cu²⁺₄Te⁶⁺₂O₁₀(OH)₂(SO₄)·H₂O
Eckhardite	IMA2012-085	A	1-3	(Ca,Pb)Cu2+Te6+O5·H2O
Fuettererite	IMA2011-111	A	1-3	Pb₃Cu²⁺₆Te⁶⁺O₆(OH)₇Cl₅

Copper-tellurium oxysalts

Mineral	IMA number/ year	S	loc	Chemical formula	group
Mojaveite	IMA2013-120	A	+3	Cu₆[Te⁶⁺O₄(OH)₂](OH)₇Cl
Quetzalcoatlite	IMA1973-010	A	+3	Zn₆Cu₃(TeO₆)₂(OH)₆·AgxPbyCl(x+2y)	tellurite (N/S)
Raisaite	IMA2014-046	A	1-3	CuMg[Te⁶⁺O₄(OH)₂]·6H₂O

Ref.: A. G. Christy, S. J. Mills, A. R. Kampf (2016) A review of the structural architecture of tellurium oxycompounds. MM, 80 (3), 415-545

Nesosilicate-like minerals with or without (CO₃)^2- anions

Chalcoalumite-cyanotrichite group

RRUFF and Glossary

(aluminium inosilicate-like polymers)

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	CS	Group
Alvanite	1990 IMA1962 s.p., 1959	Rv	1-3	8.FE.05	8.FE.05	4/G.07	clino	chalcoalumite (R)
Ankinovichite	IMA2002-063	A	1-3	8.FE.05	8.FE.05	4/G.07	clino	chalcoalumite (R)
Chalcoalumite	1925	G	+33	7.DD.75	7.DD.75	6/D.08	clino	chalcoalumite (G,R)
Hydrombobomkulite	IMA1979-079a	A	1-3	5.ND.15	5.ND.15	6/D.08	clino	chalcoalumite (R)
Kyrgyzstanite	IMA2004-024	A	+3	7.DD.75	7.DD.75	n/a	clino	chalcoalumite (G,R)
Mbobomkulite	IMA1979-078	A	1-3	5.ND.10	5.ND.10	6/D.08	clino	chalcoalumite (G,R)
Nickelalumite	1980	N	+3	7.DD.75	7.DD.75	6/D.08	clino	chalcoalumite (M)
Camerolaite	2014, IMA1990-036	Rv	+9	7.DE.75	7.DE.75	6/D.08	clino	chalcoalumite (G) cyanotrichite (R)
Carbonatecyanotrichite	IMA1967 s.p., 1963	A	+33	7.DE.10	7.DE.10	6/D.08	ortho	cyanotrichite (R)
Cyanotrichite	IMA1967 s.p., 1839	A	+149	7.DE.10	7.DE.10	6/D.08	ortho	cyanotrichite (R)
Khaidarkanite	IMA1998-013	A	+3	3.DA.45	3.DA.45	III/D.03	clino	cyanotrichite (R)

Cynotrichite structural group, ref.: Hager, S. L., Leverett, P. & Williams, P. A. (2009): Possible structural and chemical relationships in the cyanotrichite group. CM 47, 635-648.

Ettringite structural group

RRUFF and Glossary

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	CS	group
Bentorite	IMA1979-042	A	1-3	7.DG.15	7.DG.15	6/D.13	hexa	ettringite (G)
Birunite	1957	Q	1-3	n/a	7.DG.15	n/a	n/a
Buryatite	IMA2000-021	A	1-3	7.DG.15	7.DG.15	n/a	trigo	ettringite (G)
Carraraite	IMA1998-002	A	1-3	7.DG.15	7.DG.15	n/a	hexa	ettringite (G)
Charlesite	IMA1981-043	A	+3	7.DG.15	7.DG.15	6/D.13	trigo	ettringite (G)
Ettringite	IMA1962 s.p., 1874	A	+33	7.DG.15	7.DG.15	6/D.13	trigo	ettringite (G)
Hielscherite	IMA2011-037	A	1-3	n/a	n/a	n/a	hexa	ettringite (G)
Imayoshiite	IMA2013-069	A	1-3	n/a	n/a	n/a	hexa
Jouravskite	IMA1965-009	A	1-3	7.DG.15	7.DG.15	6/D.13	hexa	ettringite (G)
Kottenheimite	IMA2011-038	A	1-3	n/a	n/a	n/a	hexa	ettringite (G)
Micheelsenite	IMA1999-033	A	1-3	8.DO.30	8.DO.30	n/a	hexa	ettringite (G)
Sturmanite	IMA1981-011	A	+3	7.DG.15	7.DG.15	6/D.13	trigo	ettringite (G)
Tatarinovite	IMA2015-055	A	1-3	n/a	n/a	n/a	hexa	-
Thaumasite	1878	G	+149	7.DG.15	7.DG.15	8/B.22	hexa	ettringite (G)

Note: ettringite-thaumasite series with a possible discontinuity (Barnett et al., 2000)

Unassigned carbonate-nesosilicates: galuskinite (IMA2010-075)

Beryllonite structural group

RRUFF

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	CS	group
Beryllonite	1888	G	+19	8.AA.10	8.AA.10	7/A.01	clino
Esperite	2010, IMA1964-027	Rv	+3	9.AB.15	9.AB.15	8/A.03	clino
Krotite	IMA2010-038	A	1-3	n/a	n/a	n/a	clino	oxide
Malinkoite	IMA2000-009	A	1-3	9.FA.10	9.FA.10	n/a	hexa	tectosilicate
Trimerite	1891	G	1-3	9.AB.05	9.AB.05	8/A.03	clino

Mayenite supergroup

IMA-CNMNC

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	CS	group
Adrianite	IMA2014-028	A	1-3	n/a	n/a	n/a	cubic	wadalite (M)
Eltyubyuite	IMA2011-022	A	1-3	9.AD.25	n/a	n/a	cubic	wadalite
Wadalite	IMA1987-045	A	+3	9.AD.25	9.AD.25	8/A.08	cubic	wadalite
Chlormayenite	IMA1963-016	A	+9	4.CC.20	4.CC.20	4/A.07	cubic	mayenite
Chlorkyuygenite	IMA2012-046	A	1-3	n/a	n/a	n/a	n/a	mayenite
Fluorkyuygenite	IMA2013-043	A	1-3	n/a	n/a	n/a	cubic	mayenite
Fluormayenite	IMA2013-019	A	1-3	n/a	n/a	n/a	cubic	mayenite

Auxiliary lists, supergroups

Non-stoichiometric perovskites, perovskite supergroup

A-Site vacancy, hydroxide perovskite

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Bernalite	IMA1991-032	A	+3	4.FC.05	4.FC.05	4/F.15	söhngeite (M)
Dzhalindite	IMA1967 s.p., 1963	A	+9	4.FC.05	4.FC.05	4/F.15	söhngeite (M)
Söhngeite	IMA1965-022	A	1-3	4.FC.05	4.FC.05	4/F.15	söhngeite (M)

A-Site vacancy, hydroxy perovskite

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Burtite	IMA1980-078	A	1-3	4.FC.10	4.FC.10	4/F.16	schoenfliesite (M)
Mushistonite	IMA1982-068	A	+3	4.FC.10	4.FC.10	4/F.16	schoenfliesite (M)
Natanite	IMA1980-028	A	+9	4.FC.10	4.FC.10	4/F.16	schoenfliesite (M)
Schoenfliesite	IMA1968-008	A	+3	4.FC.10	4.FC.10	4/F.16	schoenfliesite (M)
Vismirnovite	IMA1980-029	A	+3	4.FC.10	4.FC.10	4/F.16	schoenfliesite (M)
Wickmanite	IMA1965-024	A	+9	4.FC.10	4.FC.10	4/F.16	schoenfliesite (M)
Jeanbandyite	IMA1980-043	A	+3	4.FC.15	4.FC.15	4/F.17	stottite (M)
Mopungite	IMA1982-020	A	+3	4.FC.15	4.FC.15	4/F.17	stottite (M)
Stottite	1958	G	1-3	4.FC.15	4.FC.15	4/F.17	stottite (M)
Tetrawickmanite	IMA1971-018	A	+3	4.FC.15	4.FC.15	4/F.17	stottite (M)

A-Site vacancy, skutterudite

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Ferroskutterudite	IMA2006-032	A		2.EC.05	2.EC.05	n/a	skutterudite (M)
Kieftite	IMA1991-052	A		2.EC.05	2.EC.05	2/D.29	skutterudite (M)
Nickelskutterudite	IMA2007 s.p., 1893	Rn		2.EC.05	2.EC.05	2/D.29	skutterudite (M)
Skutterudite	1827	G		2.EC.05	2.EC.05	2/D.29	skutterudite (M)

B-Site vacancy, single perovskite

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Oskarssonite	IMA2012-088	A	1-3	n/a	n/a	n/a	oskarssonite (M)
Waimirite-(Y)	IMA2013-108	A	1-3	n/a	n/a	n/a	oskarssonite (M)

B-Site vacancy, antiperovskite

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Cohenite	1889	G	+19	1.BA.05	1.BA.05	1/A.09	cohenite (CNMNC)
Atokite	IMA1974-041	A	+19	1.AG.10	1.AG.10	1/A.16	auricupride (G)
Auricupride	1950	G	+9	1.AA.10a	1.AA.10a	1/A.01	auricupride (CNMNC)
Awaruite	1885	G	+33	1.AE.20	1.AE.20	1/A.08	auricupride (G)
Chengdeite	IMA1994-023	A	1-3	1.AG.35	1.AG.35	1/A.15	auricupride (CNMNC)
Isoferroplatinum	IMA1974-012a	A	+33	1.AG.35	1.AG.35	1/A.15	auricupride (CNMNC)
Rustenburgite	IMA1974-040	A	+19	1.AG.10	1.AG.10	1/A.16	auricupride (CNMNC)
Yixunite	IMA1995-042	A	1-3	1.AG.50	1.AG.50	1/A.14	auricupride (G)
Zvyagintsevite	IMA1966-006	A	+19	1.AG.10	1.AG.10	1/A.16	auricupride (G)

B-Site vacancy, double perovskite

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Diaboleite	IMA2007 s.p., 1923	Rn	+33	3.DB.05	3.DB.05	3/D.12	diaboleite (CNMNC)

B-Site vacancy, anion deficient perovskite

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Brownmillerite	IMA1963-017	A		4.AC.10	4.AC.10	4/A.07	brownmillerite (M)
Srebrodolskite	IMA1984-050	A		4.AC.10	4.AC.10	4/A.07	brownmillerite (M)
Hematophanite	1973, 1928	Rv	1-3	3.DB.35	3.DB.35	3/D.12	hematophanite (M)

Ref.: Mitchell, R., Welch, M.D., Chakhmouradian, A.R. (2016): Nomenclature of the perovskite supergroup: A hierarchical system of classification based on crystal structure and composition. MM, 80

Stoichiometric perovskites, perovskite supergroup

Single perovskites ABX₃

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Bridgmanite	IMA2014-017	A		n/a	n/a	n/a	bridgmanite (M)
Chlorocalcite	1872	G	1-3	3.AA.40	3.AA.40	3/A.09	chlorocalcite (M)
Neighborite	IMA1967 s.p., 1961	A	+9	3.AA.35	3.AA.35	3/C.03	neighborite (M)
Parascandolaite	IMA2013-092	A	1-3	n/a	n/a	n/a	neighborite (M)
Barioperovskite	IMA2006-040	A		4.CC.30	4.CC.30	n/a	macedonite (CNMNC)
Macedonite	IMA1970-010	A		4.CC.35	4.CC.35	4/C.10	macedonite (CNMNC)
Isolueshite	IMA1995-024	A		4.CC.35	4.CC.35	4/C.10	perovskite (M)
Lakargiite	IMA2007-014	A		4.CC.30	4.CC.30	n/a	perovskite (CNMNC)
Loparite-(Ce)	IMA1987 s.p., 1923	A		4.CC.35	4.CC.35	4/C.10	perovskite (M)
Lueshite	IMA1962 s.p., 1959	A		4.CC.30	4.CC.30	4/C.10	perovskite (M)
Megawite	IMA2009-090	A		4.CC.30	n/a	n/a	perovskite (M)
Perovskite	1839	G		4.CC.30	4.CC.30	4/C.10	perovskite (M)
Tausonite	IMA1982-077	A		4.CC.35	4.CC.35	4/C.10	perovskite (M)

Double perovskites A₂BB′X₆

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Cryolite	1799	G	+33	3.CB.15	3.CB.15	3/B.03	cryolite (M)
Elpasolite	1948, 1883	Rv	+9	3.CB.15	3.CB.15	3/B.03	cryolite (M)
Simmonsite	1997-045	A	1-3	3.CB.15	3.CB.15	3/B.03	cryolite (M)
Latrappite	IMA1964-019	A		4.CC.30	4.CC.30	4/C.10	vapnikite (M)
Vapnikite	IMA2013-082	A		n/a	n/a	n/a	vapnikite (M)

Double antiperovskites B₂XX′A₆

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Sulphohalite	1888	G		7.BD.05	7.BD.05	6/B.12	sulphohalite (M)

Ref.: Mitchell, R., Welch, M.D., Chakhmouradian, A.R. (2016): Nomenclature of the perovskite supergroup: A hierarchical system of classification based on crystal structure and composition. MM, 80

Spinel supergroup

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group, subgroup
Cadmoindite	IMA2003-042	A	1-3,vs	2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite, sulfosalt
Cuproiridsite	IMA1984-016	A		2.DA.05	2.DA.05	2/D.02	thiospinel (R), linnaeite
Cuprokalininite	IMA2010-008	A		2.DA.05	n/a	n/a	thiospinel (R), linnaeite
Cuprorhodsite	IMA1984-017	A		2.DA.05	2.DA.05	2/D.02	thiospinel (R), linnaeite
Daubréelite	1876	G		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Ferrorhodsite	IMA1996-047	A		2.DA.05	2.DA.05	2/D.02	thiospinel (R), linnaeite
Fletcherite	IMA1976-044	A		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Florensovite	IMA1987-012	A		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Greigite	IMA1963-007	A		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Indite	IMA1967 s.p., 1963	A	1-3	2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite, sulfosalt
Joegoldsteinite	IMA2015-049	A	1-3,et	n/a	n/a	n/a	thiospinel (R), linnaeite
Kalininite	IMA1984-028	A		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Linnaeite	1845	G		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Malanite	IMA1995-003	A		2.DA.05	2.DA.05	2/D.02	thiospinel (R), linnaeite
Polydymite	1876	G		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Rhodostannite	IMA1968-018	A		2.DA.10	2.DA.10	2/C.06	thiospinel (R), linnaeite
Siegenite	1850	G		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Violarite	1924	G		2.DA.05	2.DA.05	2/D.01	thiospinel (R), linnaeite
Xingzhongite	IMA1980 s.p., 1976	Q		2.DA.05	2.DA.05	2/D.02	thiospinel (R), linnaeite
Carrollite	1852	G		2.DA.05	2.DA.05	2/D.01	thiospinel (R), carrollite
Bornhardtite	1955	G		2.DA.05	2.DA.05	2/D.01	seleniospinel (R), bornhardtite
Trüstedtite	IMA1967 s.p., 1964	A		2.DA.05	2.DA.05	2/D.01	seleniospinel (R), bornhardtite
Tyrrellite	1952	G		2.DA.05	2.DA.05	2/D.01	seleniospinel (R), tyrrellite
Chromite	(Vauquelin, 1800)	G		4.BB.05	4.BB.05	4/B.03	oxyspinel (R), spinel
Cochromite	IMA1978-049	A		4.BB.05	4.BB.05	4/B.03	oxyspinel (R), spinel
Coulsonite	IMA1967 s.p., 1937	A		4.BB.05	4.BB.05	4/B.04	oxyspinel (R), spinel
Cuprospinel	IMA1971-020	A		4.BB.05	4.BB.05	4/B.02	oxyspinel (R), spinel
Dellagiustaite	IMA2017-101	A	1-3	4.BB.	n/a	n/a	oxyspinel (R), spinel
Franklinite	1819	G		4.BB.05	4.BB.05	4/B.02	oxyspinel (R), spinel
Gahnite	1807	G		4.BB.05	4.BB.05	4/B.01	oxyspinel (R), spinel
Galaxite	1932	G		4.BB.05	4.BB.05	4/B.01	oxyspinel (R), spinel
Guite	IMA2017-080	A	1-3	4.BB.	n/a	n/a	oxyspinel (R), spinel
Hercynite	1839	G		4.BB.05	4.BB.05	4/B.01	oxyspinel (R), spinel
Jacobsite	IMA1982 s.p., 1869	A		4.BB.05	4.BB.05	4/B.02	oxyspinel (R), spinel
Maghemite	1927	G		4.BB.15	4.BB.15	4/C.06	oxyspinel (R), spinel
Magnesiochromite	1873	G		4.BB.05	4.BB.05	4/B.03	oxyspinel (R), spinel
Magnesiocoulsonite	IMA1994-034	A		4.BB.05	4.BB.05	4/B.04	oxyspinel (R), spinel
Magnesioferrite	1859	G		4.BB.05	4.BB.05	4/B.02	oxyspinel (R), spinel
Magnetite	1789	G		4.BB.05	4.BB.05	4/B.02	oxyspinel (R), spinel
Manganochromite	IMA1975-020	A		4.BB.05	4.BB.05	4/B.03	oxyspinel (R), spinel
Spinel	(Boetius, 1647)	G		4.BB.05	4.BB.05	4/B.01	oxyspinel (R), spinel
Tegengrenite	IMA1999-002	A		4.BB.20	4.BB.20	4/B.05	oxyspinel (R), spinel
Thermaerogenite	IMA2018-021	A	1-3	4.BB.	n/a	n/a	oxyspinel (R), spinel
Trevorite	1921	G		4.BB.05	4.BB.05	4/B.02	oxyspinel (R), spinel
Vuorelainenite	IMA1980-048	A		4.BB.05	4.BB.05	4/B.04	oxyspinel (R), spinel
Zincochromite	IMA1986-015	A		4.BB.05	4.BB.05	4/B.03	oxyspinel (R), spinel
Ahrensite	IMA2013-028	A	1-3,et	9.AC.	n/a	n/a	oxyspinel (R), ulvöspinel, ringwoodite
Brunogeierite	IMA2011-A IMA1972-004	Rd	+9	9.AC.15	4.BB.05	n/a	oxyspinel (R), ulvöspinel, ringwoodite
Filipstadite	IMA1987-010	A		4.BB.05	4.BB.05	4/B.05	oxyspinel (R), ulvöspinel
Qandilite	IMA1980-046	A		4.BB.05	4.BB.05	4/B.04	oxyspinel (R), ulvöspinel
Ringwoodite	IMA1968-036	A	+9,et	9.AC.15	9.AC.15	8/A.06	oxyspinel (R), ulvöspinel, ringwoodite
Ulvöspinel	1946	G		4.BB.05	4.BB.05	4/B.04	oxyspinel (R), ulvöspinel

Ref.:

• Biagioni C., Pasero M. (July 2014) The systematics of the spinel-type minerals: an overview. AM, 99 (7), 1254–1264, ISSN (Online) 1945-3027, DOI: 10.2138/am.2014.4816
• Bosi, F., Biagioni, C., Pasero, M. (2018): Nomenclature and classification of the spinel supergroup. European Journal of Mineralogy, 30 (in press)

Auxiliary lists, antropogenic minerals

Anthropocene stratigraphy, antropogenic minerals (after the Industrial Revolution, mainly)

• CATALOG OF 208 HUMAN-CAUSED MINERALS BOLSTERS ARGUMENT FOR ‘ANTHROPOCENE EPOCH’: [1]
• Human-mediated phases with no confirmed natural occurrences
  • Recovered from ore dumps: wheatleyite, widgiemoolthalite
  • Associated with mine tunnel walls: albrechtschraufite, canavesite, ježekite, línekite
  • Associated with mine dump fires, including coal mine dumps: acetamide, hoelite, kladnoite
  • Interaction with mine timbers or leaf litter: paceite, hoganite
  • Formed in storage cabinets in museums: calclacite
  • Allegedly from placers, possibly a hoax: niobocarbide, tantalcarbide

• Inadvertently produced or human-mediated minerals, occurring or suspected to occur in nature
  • Recovered from dumps, including ore and serpentinite: hydromagnesite, lansfordite, nesquehonite
  • Alteration of mine tunnel walls: andersonite, bayleyite, swartzite, znucalite
  • Associated with mine fires (not coal mines): shannonite
  • Associated with coal mine and dump fires; Sublimation from gas escape from coal fires: dypingite, ravatite, tinnunculite
  • Other “post-mine” minerals or context undefined: rabbittite barstowite, phosgenite
  • Alteration of lead artifacts: barstowite, phosgenite
  • Alteration of bronze artifacts: chalconatronite

Organic minerals

Oxalate minerals (N/S)

Copper bearing oxalates

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Antipinite	IMA2014-027	A	1-3	n/a	n/a	n/a
Middlebackite	IMA2015-115	A	1-3	n/a	n/a	n/a
Moolooite	IMA1980-082	A	+9	10.AB.15	10.AB.15	9/A.01
Wheatleyite	IMA1984-040	A	1-3	10.AB.30	10.AB.30	9/A.01

Other oxalates

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Humboldtine	1821	G	+19	10.AB.05	10.AB.05	9/A.01	humboldtine (G)
Lindbergite	IMA2003-029	A	+9	10.AB.05	10.AB.05	9/A.01	humboldtine (G)
Glushinskite	IMA1985-Q	A	+3	10.AB.10	10.AB.10	9/A.01	humboldtine (G)
Unnamed (zinc oxalate dihydrate)	n/a	S	1-3	n/a	n/a	n/a	humboldtine (M)
Stepanovite	IMA1967 s.p., 1953	A	1-3	10.AB.20	10.AB.20	9/A.01
Minguzzite	1955	G	1-3	10.AB.25	10.AB.25	9/A.01
Zhemchuzhnikovite	IMA1967 s.p., 1963	A	1-3	10.AB.35	10.AB.35	9/A.01
Weddellite	1936	G	+19	10.AB.40	10.AB.40	9/A.01
Whewellite	IMA1967 s.p., 1852	A	+33	10.AB.45	10.AB.45	9/A.01
Caoxite	IMA1996-012	A	1-3	10.AB.50	10.AB.50	9/A.01
Falottaite	IMA2013-044	A	1-3	n/a	n/a	n/a
Oxammite	1870	G	1-3	10.AB.55	10.AB.55	9/A.01
Natroxalate	IMA1994-053	A	+3	10.AB.60	10.AB.60	9/A.01
Coskrenite-(Ce)	IMA1996-056	A	1-3	10.AB.65	10.AB.65	9/A.01
Levinsonite-(Y)	IMA1996-057	A	1-3	10.AB.70	10.AB.70	9/A.01
Zugshunstite-(Ce)	IMA1996-055	A	1-3	10.AB.75	10.AB.75	9/A.01
Novgorodovaite	IMA2000-039	A	1-3	10.AB.80	10.AB.80	9/A.01

Reference: Das Zn-Analogon von Humboldtin und das Zn-Analogon von Schulenbergit aus der Pb- und Ba-reichen Schlacke von Waitschach bei Hüttenberg, Kärnten. Pp. 98-99 in Niedermayr, G. et al. (2013): Neue Mineralfunde aus Österreich LXI. Carinthia II, 203./123., 91-146

Other salts of organic acids (N/S)

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	group
Formicaite	IMA1998-030	A	1-3	10.AA.05	10.AA.05	9/A.02
Dashkovaite	IMA2000-006	A	1-3	10.AA.10	10.AA.10	9/A.02
Acetamide	IMA1974-039	A	1-3	10.AA.20	10.AA.20	9/D.01
Calclacite	1945	G,S	0	10.AA.25	10.AA.25	9/A.02
Paceite	IMA2001-030	A	1-3	10.AA.30	10.AA.30	9/A.02
Hoganite	IMA2001-029	A	1-3	10.AA.35	10.AA.35	9/A.02
Mellite	(Gmelin, 1793)	G	+9	10.AC.05	10.AC.05	9/A.02
Earlandite	1936	G	1-3	10.AC.10	10.AC.10	9/A.02
Pigotite	1840	Q	1-3	10.AC.15	10.AC.15	n/a
Julienite	1928	G	1-3	10.AD.05	10.AD.05	9/A.02
Kafehydrocyanite	1953	N	+3	10.AD.10	10.AD.10	9/A.02
Ernstburkeite	IMA2010-059	A	1-3	n/a	n/a	n/a

Hydrocarbons (N/S)

Clathrasils (silica clathrate minerals)

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	Group
Bosoite	IMA2014-023	A	1-3	n/a	n/a	n/a
Chibaite	IMA2008-067	A	1-3	n/a	n/a	n/a
Melanophlogite	IMA1967 s.p., 1963	Rd	+9	4.DA.25	4.DA.25	4/D.01

Other minerals

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	Group
Fichtelite	1841	G	+3	10.BA.05	10.BA.05	9/B.02
Hartite	1841	G	+9	10.BA.10	10.BA.10	9/B.02
Dinite	1852	G	1-3	10.BA.15	10.BA.15	9/B.02
Idrialite	1832	G	+9	10.BA.20	10.BA.20	9/B.02
Kratochvílite	1938	G,S	1-3	10.BA.25	10.BA.25	9/B.02
Carpathite	IMA1971 s.p., 1955	A	+3	10.BA.30	10.BA.30	9/B.02
Phylloretine	1839	Q	1-3	10.BA.35	10.BA.35	n/a
Ravatite	IMA1992-019	A,S	1-3	10.BA.40	10.BA.40	9/B.02
Simonellite	1919	G	1-3	10.BA.45	10.BA.45	9/B.02
Evenkite	1953	G	+3	10.BA.50	10.BA.50	9/B.01

Miscellaneous organic minerals

Mineral	IMA number/ year	S	loc	10 ed	9 ed (updated)	8 ed (series ID)	Group
Refikite	1852	G	1-3	10.CA.05	10.CA.05	9/B.02
Flagstaffite	1920	G	1-3	10.CA.10	10.CA.10	9/B.02
Hoelite	1922	G	+3	10.CA.15	10.CA.15	9/B.02
Abelsonite	IMA1975-013	A	+3	10.CA.20	10.CA.20	9/A.02
Kladnoite	1942	G	+3	10.CA.25	10.CA.25	9/D.01
Guanine	IMA1973-056	A	+3	10.CA.30	10.CA.30	9/D.01
Tinnunculite	IMA2015-021a	A	1-3	n/a	n/a	n/a
Tinnunculite (of Chesnokov & Shcherbakova)	1991	H	1-3	10.CA.30	10.CA.30	9/D.01
Urea	IMA1972-031	A	1-3	10.CA.35	10.CA.35	9/D.01
Uricite	IMA1973-055	A	+3	10.CA.40	10.CA.40	9/D.01
Chanabayaite	IMA2013-065	A	1-3	n/a	n/a	n/a	unassigned
Joanneumite	IMA2012-001	A	1-3	n/a	n/a	n/a	unassigned
(chibaite: silica clathrate mineral that is isostructural with natural gas hydrates)

End notes:

• IMA/CNMNC List of Mineral Names (March 2009) (Q15205595), 9 ed (updated): Nickel-Strunz 9 ed (updated) identifiers
• Minerals of one mineral homologous series have the same identifier on Nickel-Strunz 8 ed (series), 9 ed and 10 ed
• Mineral status and/or rank (S; based on rruff.info/ima, mainly): grandfathered (G); published without approval (N); approved, valid (A); revalidated (R); hypothetical mineral (H); synthetic, anthropogenic mineral (S); mineral variety (var.); mineral variety, intermediate member of a solid solution series (I)

• Approved and renamed (Rn); grandfathered and renamed (Rn,G); questionable and renamed (Rn,Q)
• Questionable, IMA/CNMNC status (Q) and other questionable, controversial, disputed (dd)
• Redefined, IMA/CNMNC status (Rd) and chemical formula revised after rruff.info/ima (Rv)
• Discredited mineral, invalid name and others (D); discredited mineral (polytype, P) and discredited mineral (non mineral, nm)

• "Single locality", broad sense (loc): number of localities (MinDat: 0, 1-3, +3, +9 or +149; Mineralienatlas: +19 or +33); type locality (volcanic fumarole/ sublimate; vs); type locality (Moon, Moon meteorite, Mars meteorite, other meteorite or comet; et); genesis, MinDat (very deep origin; vd)
• Discredited minerals have not a Nickel-Strunz 10 ed identifier
• Crystal system (CS): triclinic (tri), monoclinic (clino), orthorhombic (ortho), tetragonal (tetra), trigonal (trigo), hexagonal (hexa), cubic
• Reference of the mineral group (group): rruff.info/ima and CNMNC Newsletter (R); "Fleischer's Glossary of Minerals" (2014, G); MinDat (M); IMA-CNMNC (C); IZA-SC (S); Nickel-Strunz Classification, MinDat or mineralienatlas.de (N/S); Hölzel Classification, mineralienatlas.de (H); Lapis Classification, mineralienatlas.de ("Das Große Lapis-Mineralienverzeichnis" (2008), L)
• 'n/a' is a common abbreviation in tables and lists for 'not applicable'