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SYSTEMATIC of the MINERALS / SYSTEMATIK der MINERALE
according to E.H. Nickel & M.C. Nichols (2007), H. Strunz & E.H. Nickel (2001)
2. SULFIDES and SULFOSALTS
(Sulfides, Selenides, Tellurides, Arsenides, Antimonides, Bismuthides, Sulfarsenites, Sulfantimonites, Sulfbismuthites, etc.)
2.L: Unclassified Sulfides etc.
2.LA.
2.LA.05. Group removed
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2.LA.10. Dervillite
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Dervillite | |
Ag2AsS2 | |
mon., P2/a | |
| | | | A |
2.LA.15. Daomanite
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|
Daomanite | |
CuPtAsS2 | |
orth., Amam (?) | | | | | | A |
2.LA.20. Vaughanite
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Vaughanite | |
TlHgSb4S7 | |
tric., P1 or P-1 | | | | | | A |
2.LA.25. Criddleite
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|
Criddleite | |
TlAg2Au3Sb10S10 | |
mon. | | | | | | A |
2.LA.30. Fettelite
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|
Fettelite | |
Ag24HgAs5S20 | |
trig. | |
FOTO | | | | A |
2.LA.35. Chaméanite
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|
Chaméanite | |
(Cu,Fe)4AsSe4 | |
cub. | | | | | | A |
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Chaméanite is possibly identical with Mgriite, 2.LA.45.
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2.LA.40. Arcubisite
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|
Arcubisite | |
CuAg6(Bi,Pb)S4 | |
? | | | | | | A |
2.LA.45. Mgriite
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Mgriite | |
(Cu,Fe)3AsSe3 | |
cub., Fd-3m | |
ENTDECKUNG | | A |
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Mgriite has possibly diamond structure and is possibly identical with chaméanite. Chaméanite would have priority.
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2.LA.50. Benleonardite
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Benleonardite | |
Ag8(Sb,As)Te2S3 | |
tetr. | | | | | | A |
2.LA.55. Tsnigriite
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|
Tsnigriite | |
Ag9Te3SbS3 | |
mon., P2/m or Pm | | | | | | A |
2.LA.60. Borovskite
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|
Borovskite | |
Pd3SbTe4 | |
cub. | | | | | | A |
2.LA.65. Jonassonite
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|
Jonassonite | |
AuBi5S4 | |
mon., F2/m, F2 or Fm | | | | | | A |
2.LB.
2.LB.05. Miharaite
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|
Miharaite | |
Cu4FePbBiS6 | |
orth., Pb21m | | | | | | A |
2.LB.10. Ustarasite
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|
Ustarasite | |
PbBi6S10 (?) | |
? | | | | | | Q |
2.LB.15. Tsugaruite
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|
Tsugaruite | |
Pb4As2S7 | |
orth. Pnn2 or Pnnm | | | | | | A |
2.LB.20. Group removed
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2.LB.25. Group removed
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2.LB.30. Ardait-Madocite group
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Ardaite | |
Pb17Sb15S35Cl9 | |
mon. | | | | | | A |
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Madocite | |
Pb18(As,Sb)15S41 | |
orth., Pbam or Pba2 | | | | | | A |
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Playfairite | |
Pb16(Sb,As)19S44Cl | |
mon. | | | | | | A |
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Sorbyite | |
CuPb9(Sb,As)11S26 | |
mon., C2/m | | | | | | A |
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Launayite | |
CuPb10(Sb,As)13S30 | |
mon., C2 (?) | | | | | | A |
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Sterryite | |
(Ag,Cu)2Pb10(Sb,As)12S29 | |
orth., Pbam or Pba2 | | | | | | A |
2.LB.35. Larosite
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|
Larosite | |
(Cu,Ag)21(Pb,Bi)2S13 | |
orth., Immm | | | | | | A |
2.LB.40. Petrovicite group
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|
Petrovicite | |
Cu3PbHgBiSe5 | |
orth., Pnam or Pna21 | | | | | | A |
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Mazzettiite | |
Ag3PbHgSbTe5 | |
orth., Pnam or Pna21 | | | | | | A |
2.LB.45. Vurroite
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|
Vurroite | |
Pb20Sn2(Bi,As)22S54Cl6 | |
ps.-orth., Fdmm | | | | | | A |
2.LB.50.
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IMA 2004-042a | |
Ag9FeTe2S4 | |
orth. | | | | | | A |
in bold: grandfathered, IMA accepted, renamed and redefined (with IMA approval) minerals,
in normal letters: minerals published without IMA approval, questionable minerals, polytypes
G = Grandfathered minerals: original description preceded the establishment of the CNMNC in 1959, and generally regarded as a valid species
A or IMA No. = Minerals approved by the CNMNC
Rd = Redefinition of the mineral approved by the CNMNC
Rn = Renamed with approval by the CNMNC
GROUP = a name used to designate a group of species
N = Mineral published without approval of the CNMNC
Q = Questionable mineral
H = Hypothetical mineral (synthetic, anthropogenic, etc.)
D = Discredited by the CNMNC
Poly = Polytype
© Thomas Witzke / Stollentroll (2008)
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