Abellait NaPb2 (CO3 )2 (OH)
hexagonal 6mm
P 63 mc 5.BE.
Abelsonit NiC31 H32 N4
triklin 1 P 1 10.CA.20
Abenakiit-(Ce) Na26 Ce6 (Si6 O18 )(PO4 )6 (CO3 )6 (SO2 )O
trigonal 3 R 3 9.CK.10
Acetamid CH3 CONH2
trigonal 3m
R 3c 10.AA.20
Adamsit-(Y) NaY(CO3 )2 ·6H2 O
triklin 1 P 1 5.CC.30
Aerinit (Ca,Na)6 (Fe3+ ,Fe2+ ,Mg,Al)4 (Al,Mg)6 Si12 O36 (OH)12 (CO3 )·12H2 O
trigonal 3m , 3
P3 c1 , P 39.DB.45
Agait Pb3 CuTeO5 (OH)2 (CO3 )
orthorhombisch mm 2Pca 21 5
Agricolait K4 (UO2 )(CO3 )3
monoklin 2/m
C 2/c 5.ED.50
Akopovait Al4 Li2 (OH)12 (CO3 )(H2 O)3
monoklin 2/m
C 2/m 5.DA.
Albrechtschraufit MgCa4 F2 [UO2 (CO3 )3 ]2 ·17-18H2 O
triklin 1 P 1 5.ED.15
Alexkhomyakovit K6 (Ca2 Na)(CO3 )5 Cl·6H2 O
hexagonal 6/mmm
P 63 /mcm 5
Alexkuznetsovit-(Ce) Ce2 Mn(CO3 )(Si2 O7 )
monoklin 2/m
P 21 /c 9.BE.90
Alexkuznetsovit-(La) La2 Mn(CO3 )(Si2 O7 )
monoklin 2/m
P 21 /c 9.BE.90
Alicewilsonit-(YCe) Na2 Sr2 YCe(CO3 )6 ·3H2 O
triklin 1
P 15.CC.05
Alicewilsonit-(YLa) Na2 Sr2 YLa(CO3 )6 ⋅3H2 O
triklin 1
P 1
Allantoin C4 H6 N4 O3
monoklin 2/m
P 21 /c 10.C.
Alloriit (Na,K,Ca)24 (Na,Ca)4 Ca4 (Si,Al)48 O96 (SO4 )4 (SO3 ,CO3 )2 (OH,Cl)2 (H2 O,OH)4
trigonal 3m
P 31c 9.FB.05
Alstonit BaCa(CO3 )2
trigonal P 31m 5.AB.35
Alterit Zn2 Fe3+ 4 (SO4 )4 (C2 O4 )2 (OH)4 ·17H2 O
monoklin 2/m
C 2/c 10.AB.
Alumohydrocalcit CaAl2 (CO3 )2 (OH)4 ·4H2 O
triklin 1 P 1 5.DB.05
Andersonit Na2 Ca(UO2 )(CO3 )3 ·6H2 O
trigonal 3 m R 3 m 5.ED.30
Ankerit Ca(Fe2+ ,Mg,Mn)(CO3 )2
trigonal 3 R 3 5.AB.10
Ankylit-(Ce) SrCe(CO3 )2 (OH)·H2 O
orthorhombisch mmm Pmcn 5.DC.05
Ankylit-(La) Sr(La,Ce)[OH|(CO3 )2 ]·H2 O
orthorhombisch mmm Pmcn 5.DC.05
Antipinit KNa3 Cu2 (C2 O4 )4
triklin 1 P 1 10.AB.
'Apatit-Gruppe ' (Ca,Ba,Pb,Sr,etc.)5 (PO4 ,CO3 )3 (F,Cl,OH)
8.BN.05
Aragonit CaCO3
orthorhombisch mmm Pmcn 5.AB.15
Aravait Ba2 Ca18 (SiO4 )6 (PO4 )3 (CO3 )F3 O
trigonal 3 m R 3 m 9
Arisit-(Ce) NaCe2 (CO3 )2 [(CO3 )1-x F2x ]F
hexagonal 6 m 2P 6 m 25.BD.18
Arisit-(La) NaLa2 (CO3 )2 [(CO3 )1-x F2x ]F
hexagonal 6 m 2P 6 m 25.BD.18
Armangit Mn26 2+ [CO3 |(AsO2 (OH))4 |(AsO3 )14 ]
trigonal 3 P 3 4.JB.20
Artinit Mg2 (CO3 )(OH)2 ·3H2 O
monoklin 2/m
C 2/m 5.DA.10
Ashburtonit HPb4 Cu4 2+ Si4 O12 (HCO3 )4 (OH)4 Cl
tetragonal 4/m
I 4/m 9.CF.05
Ashcroftin-(Y) K5 Na5 (Y,Ca)12 Si28 O70 (OH)2 (CO3 )8 ·8H2 O
tetragonal 4/mmm
I 4/mmm 9.DN.15
Astrocyanit-(Ce) Cu2 (Ce,Nd,La)2 (UO2 )(CO3 )5 (OH)2 ·1.5H2 O
hexagonal 5.EF.05
Aurichalcit (Zn,Cu)5 (CO3 )2 (OH)6
monoklin 2/m
P 21 /m 5.BA.15
Azurit Cu3 (CO3 )2 (OH)2
monoklin 2/m
P 21 /c 5.BA.05
Bainbridgeit-(YCe) Na2 Ba2 YCe(CO3 )6 ·3H2 O
triklin 1
P 1
Balliranoit (Na,K)6 Ca2 (Si6 Al6 O24 )Cl2 (CO3 )
hexagonal 6
P 63 9.FB.05
'Barbertonit ' Mg6 Cr2 (CO3 )(OH)16 ·4H2 O
hexagonal 6/mmm
P 63 /mmc 5.DA.45
Barentsit Na7 AlH2 (CO3 )4 F4
triklin 1, 1
P 1, P 1 5.BB.05
'Barringtonit ' MgCO3 ·2H2 O
triklin 1, 1
P 1, P 1 5.CA.15
Barstowit 3PbCl2 ·PbCO3 ·H2 O
monoklin 2/m
P 21 /m 3.DC.95
Barytocalcit BaCa(CO3 )2
monoklin 2/m
P 21 /m 5.AB.45
Bastnäsit-(Ce) (Ce,La)(CO3 )F
hexagonal 6 m 2P 6 2c 5.BD.35
Bastnäsit-(La) (La,Ce)(CO3 )F
hexagonal 6 m 2P 6 2c 5.BD.35
Bastnäsit-(Nd) Nd(CO3 )F
hexagonal 6 m 2P 6 2c 5.BD.35
Bastnäsit-(Y) Y(CO3 )F
hexagonal 6 m 2P 6 2c 5.BD.35
Bayleyit Mg2 (UO2 )(CO3 )3 ·18 H2 O
monoklin 2/m
P 21 /a 5.ED.05
Baylissit K2 Mg(CO3 )2 ·4H2 O
monoklin 2/m
P 21 /n 5.CB.45
Benstonit (Ba,Sr)6 (Ca,Mn)6 Mg(CO3 )13
trigonal 3 R 3 5.AB.55
'Bernstein ' (C,H,O)
amorph 10.C
'Beta-Nyerereit ' Na2 Ca(CO3 )2
5.AC.05
Beyerit CaBi2 O2 (CO3 )2
orthorhombisch mmm Immm 5.BE.35
Bijvoetit-(Y) Y8 (UO2 )16 O8 (CO3 )16 (OH)8 ·39H2 O
monoklin 2
B 21 5.EB.20
Birait-(Ce) (Mg,Fe2+ )(Ce,La,Nd)2 [CO3 |Si2 O7 ]
monoklin 2/m
P 21 /c 9.BE.90
Birait-(La) La2 Fe2+ (CO3 )(Si2 O7 )
monoklin 2/m
P 21 /c 9.BE.90
'Birunit ' Ca18 (SiO3 )8.5 (CO3 )8.5 (SO4 )·15H2 O
7.DG.15
Bismutit Bi2 (CO3 )O2
orthorhombisch mmm Immm 5.BE.25
Blatonit [UO2 |CO3 ]·H2 O
hexagonal 5.EB.10
Bojarit Cu3 (N3 C2 H2 )3 (OH)Cl2 ·6H2 O
kubisch m 3 m Fd 3 c 10.AB.
Bonshtedtit Na3 Fe2+ (PO4 )(CO3 )
monoklin 2/m
P 21 /m 5.BF.10
Borcarit Ca4 MgB4 O6 (OH)6 (CO3 )2
monoklin 2/m
C 2/m 6.DA.40
Bosoit SiO2 ·nCx H2x+2
hexagonal 6/mmm
P 6/mmm 4.DA.25
Bradleyit Na3 Mg(PO4 )(CO3 )
monoklin 2/m
P 21 /m 5.BF.10
Branchit C20 H34
triklin 1
P 110.BA.10
Braunerit K2 Ca(UO2 )(CO3 )3 ·6H2 O
monoklin 2/m
P 21 /c 5.ED.
Brenkit Ca2 (CO3 )F2
orthorhombisch mmm Pbcn 5.BC.05
'Breunnerit ' (Mg,Fe)[CO3 ]
Brianyoungit Zn3 [(OH)4 |(CO3 ,SO4 )]
orthorhombisch 5.BF.30
Britvinit Pb7+x Mg4.5 [(Si,Al)5 O14 ](BO3 )(BO3 ,AsO4 )(CO3 )(OH,O)7
triklin 1 P 1 9.EG.70
Brugnatellit Mg6 Fe3+ (CO3 )(OH)13 ·4H2 O
hexagonal 6/mmm
P 63 /mmc 5.DA.45
Burbankit (Na,Ca)3 (Sr,Ba,Ce)3 (CO3 )5
hexagonal 6mm
P 63 mc 5.AD.10
Burkeit Na4 (SO4 )(CO3 )
orthorhombisch mmm Pbnm 7.BD.25
'Burmit ' C10 H16 O + (H2 S)
Bussenit Na2 Ba2 Fe2+ Ti(Si2 O7 )(CO3 )O(OH)(H2 O)F
triklin 1 P 1 9.BE.65
Bütschliit K2 Ca(CO3 )2
trigonal 3 m R 3 m 5.AC.15
Calcioankylit-(Ce) (Ce,Ca,Sr)CO3 (OH,H2 O)
orthorhombisch 5.DC.05
Calcioankylit-(La) (LaCa)(CO3 )2 (OH)(H2 O)
orthorhombisch mmm Pmcn
Calcioankylit-(Nd) Ca(Nd,Ce,Gd,Y)3 (CO3 )4 (OH)3 ·H2 O
monoklin m Pm 5.DC.05
Calcioburbankit Na3 (Ca,Ce,La,Sr)3 (CO3 )5
hexagonal 6mm
P 63 mc 5.AD.10
Calcit CaCO3
trigonal 3 m R 3 c 5.AB.05
Calclacit CaCl2 ·Ca(C2 H3 O2 )2 ·10 H2 O
monoklin 2/m
P 21 /a 10.AA.25
Caledonit Pb5 Cu2 (CO3 )(SO4 )3 (OH)6
orthorhombisch mm 2Pmn 21 7.BC.50
Calkinsit-(Ce) (Ce,La)2 (CO3 )3 ·4H2 O
orthorhombisch 222
P 21 221 5.CC.25
Callaghanit Cu2 Mg2 (CO3 )(OH)6 ·2H2 O
monoklin 2/m
C 2/c 5.DA.25
Canavesit Mg2 (CO3 )(HBO3 )·5H2 O
monoklin 6.HA.50
Cancrinit Na6 Ca2 Al6 Si6 O24 (CO3 )2
hexagonal 6
P 63 9.FB.05
Cancrisilit Na7 Al5 Si7 O24 (CO3 )·3H2 O
hexagonal 6mm
P 63 mc 9.FB.05
Caoxit Ca[C2 O4 ]·3H2 O
triklin 1 P 1 10.AB.50
'Capillitit ' (Mn,Zn,Fe)CO3
Carboborit Ca2 Mg[B(OH)4 ]2 (CO3 )2 ·4H2 O
monoklin 2/m
P 21 /n 6.AC.50
Carbobystrit Na8 [Al6 Si6 O24 ](CO3 )·4H2 O
trigonal 3m
P 31c 9.FB.05
Carbocalumit Ca4 Al2 (OH)12 (CO3 )·6H2 O
trigonal 3 m R 3 c
Carbocernait (Ca,Na)(Sr,Ce,Ba)(CO3 )2
orthorhombisch mm 2Pmc 21 5.AB.50
Carbokentbrooksit Na11-12 (Na,Ce)3 Ca6 Mn3 Zr3 Nb[(OH)3 |CO3 |(Si3 O9 )2 |(Si9 O27 )2 ·SiO]·H2 O
trigonal 3m
R 3m 9.CO.10
'Carbonat-Fluorapatit ' Ca5 (PO4 ,CO3 )3 F
hexagonal 6/m
P 63 /m 8.BN.05
'Carbonat-Hydroxylapatit ' Ca5 (PO4 ,CO3 )3 (OH)
hexagonal 6/m
P 63 /m 8.BN.05
Carbonatcyanotrichit Cu4 2+ Al2 (CO3 ,SO4 )(OH)12 ·2H2 O
7.DE.10
Caresit-3T Fe4 2+ Al2 [(OH)12 |CO3 ]·3H2 O
trigonal 32
P 31 12, P 32 225.DA.40
Carletonit KNa4 Ca4 Si8 O18 (CO3 )4 (OH,F)·H2 O
tetragonal 4/mmm
P 4/mbm 9.EB.20
Carrarait Ca3 Ge4+ [(OH)6 |CO3 |SO4 ]·12H2 O
hexagonal 6/m
P 63 /m 7.DG.15
Caysichit-(Y) Ca3 Y4 (Yb,Er)[OH|(CO3 )6 |Si8 O20 ]·8H2 O
orthorhombisch mm 2Ccm 21 9.DJ.15
'Cebait-(Ce) ' Ba3 Ce2 (CO3 )5 F2
monoklin 2/m
C 2/m 5.BD.15
'Cebait-(Nd) ' Ba3 Nd2 (CO3 )5 F2
5.BD.15
Cerussit PbCO3
orthorhombisch mmm Pmcn 5.AB.15
Chalkonatronit Na2 Cu(CO3 )2 ·3H2 O
monoklin 2/m
P 21 /n 5.CB.40
Chanabayait Cu2 (N3 C2 H2 )2 Cl(NH3 ,Cl,H2 О,☐)4
orthorhombisch mmm Imma 10.AB.
Chaoit C
hexagonal 6/mmm
P 6/mmm 1.CB.05
Charmarit Mn4 2+ Al2 [(OH)12 |CO3 ]·3H2 O
hexagonal 622
P 63 225.DA.40
'Charmarit-3T ' Mn4 2+ Al2 [(OH)12 |CO3 ]·3H2 O
trigonal 32, 32
P 31 12, P 32 225.DA.40
'Chelyabinskit ' (Ca,Mg)3 (SO4 ,CO3 )2 [Si(OH)6 ]·9H2 O
orthorhombisch 7.DG.45
Chibait SiO2 ·n(CH4 ,C2 H6 ,C3 H8 ,C4 H10 ) {n=0.18 (max)}
kubisch m 3 Fd 3 4.DA.25
Chiyokoit Ca3 Si(CO3 )[B(OH)4 ]O(OH)5 ·12H2 O
hexagonal 6
P 63 5
Chlorartinit Mg2 [Cl|OH|CO3 ]·3H2 O
trigonal 3m
R 3c 5.DA.10
Chlormagaluminit (Mg,Fe2+ )4 Al2 (OH)12 (Cl2 ,CO3 )·2H2 O
hexagonal 6 m 2P 6 c 25.DA.45
Chukanovit Fe2 (CO3 )(OH)2
monoklin 2, 2/m
P 21 , P 21 /m 5.BA.10
Clarait (Cu,Zn)15 (CO3 )4 (AsO4 )2 (SO4 )(OH)14 ·7H2 O
triklin 1 P 1 5.DA.30
Clearcreekit Hg3 1+ [OH|CO3 ]·2H2 O
monoklin 2/m
P 21 /c 5.DC.30
'Cliftonit ' C
Coalingit Mg10 Fe2 3+ (CO3 )(OH)24 ·2H2 O
trigonal 3 m R 3 m 5.DA.55
Cohenit (Fe,Ni,Co)3 C
orthorhombisch mmm Pnma 1.BA.05
Comblainit Ni4 Co3+ 2 (CO3 )(OH)12 ·3H2 O
hexagonal 5.DA.50
Cordylit-(Ce) NaBaCe2 [F|(CO3 )4 ]
hexagonal 6/mmm
P 63 /mmc 5.BD.05
Cordylit-(La) NaBaLa2 (CO3 )4 F
hexagonal 6/mmm
P 63 /mmc 5.BD.05
Coskrenit-(Ce) (Ce,Nd,La)2 [(SO4 )2 |C2 O4 ]·8H2 O
triklin 1, 1
P 1, P 1 10.AB.65
Crawfordit Na3 Sr[PO4 |CO3 ]
monoklin 2
P 21 5.BF.10
'Cuproartinit ' (Cu,Mg)2 CO3 (OH)2 ·3H2 O
Daqingshanit-(Ce) (Sr,Ca,Ba)3 (Ce,La)(CO3 ,OH,F)3 (PO4 )
trigonal 3m
R 3m 5.BF.15
Dashkovait Mg[HCOO]2
monoklin 2/m
P 21 /c 10.AA.10
Davidbrownit-(NH4) (NH4 )5 (V4+ O)2 (C2 O4 )[PO2.75 (OH)1.25 ]4 ·3H2 O
monoklin 2/m
P 21 /c 8
Dawsonit NaAl(CO3 )(OH)2
orthorhombisch mmm Imam 5.BB.10
Decrespignyit-(Y) (Y,Gd,Dy)4 Cu[Cl|(OH)5 |(CO3 )4 ]·2H2 O
monoklin 2, m , 2/m
P 2, Pm , P 2/m 5.CC.35
Defernit Ca6 (CO3 )1.58 (Si2 O7 )0.21 (OH)7 [Cl0.50 (OH)0.08 (H2 O)0.42 ]
orthorhombisch mmm Pnam 5.BA.25
'Delatynit ' C10 H16 O + (H2 S)
Dendorait-(NH4) (NH4 )2 NaAl(C2 O4 )(PO3 OH)2 (H2 O)2
monoklin 2/m
P 21 /n
Depmeierit Na8 [Al6 Si6 O24 ](PO4 ,CO3 )1-x ·3H2 O {x < 0.5}
hexagonal 6
P 63 9.FB.05
Desautelsit Mg6 Mn3+ 2 (CO3 )(OH)16 ·4H2 O
trigonal 3m , 3 m
R 3m , R 3 m 5.DA.50
Deveroit-(Ce) Ce2 (C2 O4 )3 ·10H2 O
monoklin 2/m
P 21 /c 10.AB.15
Devitoit [Ba6 (PO4 )2 (CO3 )] [Fe2+ 7 Fe3+ 2 (Si4 O12 )2 O2 (OH)4 ]
triklin 1
P 19.BE.42
Diamant C
kubisch m 3 m Fd 3 m 1.CB.10
Dinit C20 H36
orthorhombisch 222
P 21 21 21 10.BA.15
Dolomit CaMg(CO3 )2
trigonal 3 R 3 5.AB.10
Donnayit-(Y) NaCaSr3 Y(CO3 )6 ·3H2 O
triklin 1
P 15.CC.05
Dresserit Ba2 Al4 (CO3 )4 (OH)8 ·3H2 O
orthorhombisch mmm , mm 2, mm 2Pbnm , Pb 21 m , Pbm 25.DB.10
Dundasit PbAl2 (CO3 )2 (OH)4 ·H2 O
orthorhombisch mmm Pbnm 5.DB.10
Dypingit Mg5 (CO3 )4 (OH)2 ·5H2 O
5.DA.05
Earlandit Ca3 (C6 H5 O7 )2 ·4H2 O
monoklin 10.AC.10
Edscottit Fe5 C2
monoklin 2/m
C 2/c 1
'Eisencalcit ' (Ca,Fe)CO3
Eitelit Na2 Mg(CO3 )2
trigonal 3 R 3 5.AC.05
'Emmonit ' (Sr,Ca)CO3
Ernstburkeit Mg(CH3 SO3 )2 ·12H2 O
trigonal 3 R 3 10
Evenkit (CH3 )2 (CH2 )22
orthorhombisch mmm Pbcm 10.BA.50
Ewaldit Ba(Na,Ca,Y,Ce,K)(CO3 )2 ·2.6H2 O
hexagonal 6mm
P 63 mc 5.CC.05
Ewingit Mg8 Ca8 (UO2 )24 (CO3 )30 O4 (OH)12 (H2 O)138
tetragonal 4/mmm
I 41 /acd 5.EC.
Fairchildit K2 Ca(CO3 )2
hexagonal 6/mmm
P 63 /mmc 5.AC.20
Falottait MnC2 O4 ·3H2 O
orthorhombisch mmm Pcaa 10.AB.05
Fassinait Pb2+ 2 (CO3 )(S2 O3 )
orthorhombisch mmm Pnma 7.JA.
Fencooperit Ba6 Fe3 3+ [Cl3 |O|(CO3 )2 |Si8 O22 ]·H2 O
trigonal 3m
P 3m 19.BH.20
'Ferri-Ottoliniit ' A ☐B (Na1 Li1 )C (Fe3+ 2 Mg3 )T Si8 O22 (OH)2 monoklin 2/m
C 2/m 9.DE.25
Ferrisurit (Pb,Ca)2-3 (Fe3+ ,Al)2 [(OH,F)2.5-3 |(CO3 )1.5-2 |Si4 O10 ]·0.5 H2 O
monoklin 2, 2/m
P 21 , P 21 /m 9.EC.75
Ferrotychit Na6 Fe2 2+ (SO4 )(CO3 )4
kubisch m 3 Fd 3 5.BF.05
Fichtelit C19 H34
monoklin 2
P 21 10.BA.05
Fiemmeit Cu2 (C2 O4 )(OH)2 ·2H2 O
monoklin 2/m
P 21 /c 10.AB.
Flagstaffit C10 H22 O3
orthorhombisch mm 2Fdd 210.CA.10
Fluorcarletonit KNa4 Ca4 [Si8 O18 ](CO3 )4 F·H2 O
tetragonal 4/mmm
P 4/mbm 9.EB.20
Fontanit Ca[(UO2 )3 |(CO3 )2 |O2 ]·6H2 O
monoklin 2/m
P 21 /n 5.EC.05
Formicait Ca[HCOO]2
tetragonal 422
P 41 21 210.AA.05
Fougèrit Fe2+ 6 Fe3+ 2 (OH)16 CO3 ·3H2 O
trigonal 3 m R 3 m 4.FE.05
Freitalit C14 H10
monoklin 2/m
P 21 /a 10
Fukalith Ca4 Si2 O6 (CO3 )(OH,F)2
monoklin 2/m
P 21 /c 9.DQ.05
'Fullerit ' C60
tetragonal 1.CB.05
Galgenbergit-(Ce) Ca(Ce,La,Nd)2 [CO3 ]4 ·H2 O
triklin 1 P 1 5.CC.40
Galuskinit Ca7 (SiO4 )3 (CO3 )
monoklin 2/m
P 21 /c 9
Gartrellit Pb(Cu2+ ,Fe2+ )2 (AsO4 ,SO4 )2 (CO3 ,H2 O)0.7
triklin 1, 1
P 1, P 1 8.CG.20
Gaspéit (Ni,Mg,Fe2+ )CO3
trigonal 3 m R 3 c 5.AB.05
Gaudefroyit Ca4 Mn3-x 3+ (BO3 )3 (CO3 )(O,OH)3
hexagonal 6
P 63 6.AB.60
Gaylussit Na2 Ca(CO3 )2 ·5H2 O
monoklin 2/m
I 2/a 5.CB.35
'Gelmagnesit ' MgCO3
Georgeit [Cu(OH)2-x (H2O)x ][CO3 ]x/2
amorph 5.BA.10
'Giorgiosit ' Mg5 (CO3 )4 (OH)2 ·5H2 O
5.DA.05
Girvasit NaCa2 Mg3 (PO4 )2 [PO2 (OH)2 ](CO3 )(OH)2 ·4H2 O
monoklin 2/m
P 21 /c 8.DO.05
Glaukosphärit (Cu,Ni)2 (CO3 )(OH)2
monoklin 2/m
P 21 /a 5.BA.10
Glushinskit Mg(C2 O4 )·2H2 O
monoklin 2/m
C 2/c 10.AB.10
Golyshevit (Na,Ca)10 Ca9 Fe2 Zr3 NbSi25 O72 (OH)3 CO3 ·H2 O
trigonal 3m
R 3m 9.CO.10
Graphit C
hexagonal 6/mmm
P 63 /mmc 1.CB.05
Gregoryit (Na2 ,K2 ,Ca)CO3
hexagonal 6mm
P 63 mc 5.AA.10
Grguricit CaCr2 (CO3 )2 (OH)4 ·4H2 O
triklin 1 P 1 5.DB.05
Grimselit K3 Na(UO2 )(CO3 )3 ·H2 O
hexagonal 6 m 2P 6 2c 5.ED.35
Grootfonteinit Pb3 O(CO3 )2
hexagonal 6mm
P 63 mc 5.BE.10
Guanin C5 H3 (NH2 )N4 O
monoklin 2/m
P 21 /c 10.CA.30
Gysinit-(Nd) PbNd(CO3 )2 (OH)·H2 O
orthorhombisch mmm Pmcn 5.DC.05
Hagstromit Pb8 Cu2+ (Te6+ O6 )2 (CO3 )Cl4
orthorhombisch mmm Ibam 7
Hanjiangit Ba2 Ca(V3+ Al)(AlSi3 O10 )(OH)2 F(CO3 )2
monoklin m Cc 9.EC.75
Hanksit KNa22 (SO4 )9 (CO3 )2 Cl
hexagonal 6/m
P 63 /m 7.BD.30
Harkerit Ca48 Mg16 [AlSi4 O15 (OH)]4 (BO3 )16 (CO3 )16 ⋅2(H2 O,HCl)
trigonal 3 m R 3 m 6.AB.70
Hauckit (Mg,Mn2+ )24 Zn18 Fe3 3+ (SO4 )4 (CO3 )2 (OH)81
hexagonal 7.BB.10
Haxonit (FeNi)23 C6
kubisch 1.BA.10
Hellyerit NiCO3 ·6H2 O
monoklin 2/m
C 2/c 5.CA.20
Heneuit CaMg5 (PO4 )3 (CO3 )(OH)
triklin 1 P 1 8.BO.25
Hizenit-(Y) Ca2 Y6 (CO3 )11 ·14H2 O
orthorhombisch 5.CC.10
Hoelit (C6 H4 )2 (CO)2
monoklin 2/m
P 21 /a 10.CA.15
Hoganit Cu[CH3 COO]2 ·H2 O
monoklin 2/m
C 2/c 10.AA.35
Holdawayit Mn6 2+ (CO3 )2 (OH)7 (Cl,OH)
monoklin 2/m
C 2/m 5.BA.20
Holtedahlit Mg12 (PO3 OH,CO3 )(PO4 )5 (OH,O)6
trigonal 3m
P 31m 8.BB.20
'Hongquiit ' TiC
kubisch m 3 m Fm 3 m
Horváthit-(Y) NaY[F2 |CO3 ]
orthorhombisch mmm Pmcn 5.BD.40
Huanghoit-(Ce) BaCe(CO3 )2 F
trigonal 3 m R 3 m 5.BD.25
Humboldtin Fe2+ (C2 O4 )·2H2 O
monoklin 2/m
C 2/c 10.AB.05
Huntit CaMg3 (CO3 )4
trigonal 32
R 325.AB.25
Hydrocerussit Pb3 (CO3 )2 (OH)2
trigonal 3 m R 3 m 5.BE.10
Hydrodresserit BaAl2 (CO3 )2 (OH)4 ·3H2 O
triklin 1 P 1 5.DB.15
Hydromagnesit Mg5 (CO3 )4 (OH)2 ·4H2 O
monoklin 2/m
P 21 /c 5.DA.05
Hydroscarbroit Al14 (CO3 )3 (OH)36 ·n H2 O
5.DA.35
'Hydrotalcit-2H ' Mg6 Al2 (CO3 )(OH)16 ·4H2 O
hexagonal 6/mmm
P 63 /mmc 5.DA.45
'Hydrotalcit-3R ' Mg6 Al2 (CO3 )(OH)16 · 4H2 O
R3 m
Hydrotalkit Mg6 Al2 (CO3 )(OH)16 ·4H2 O
trigonal 3 m R 3 m 5.DA.50
Hydroxycancrinit (Na,Ca,K)8 (Al6 Si6 O24 )(OH,CO3 )2 ·2H2 O
hexagonal 6
P 63 9.FB.05
Hydroxylbastnäsit-(Ce) (Ce,La)(CO3 )(OH,F)
hexagonal 5.BD.35
Hydroxylbastnäsit-(La) La(CO3 )(OH)
hexagonal 3 m P 6 5.BD.35
'Hydroxylbastnäsit-(Nd) ' (Nd,La)(CO3 )(OH,F)
hexagonal 5.BD.35
Hydrozinkit Zn5 (CO3 )2 (OH)6
monoklin 2/m
C 2/m 5.BA.15
Idrialin C22 H14
orthorhombisch 10.BA.20
Iimoriit-(Y) Y2 (SiO4 )(CO3 )
triklin 1 P 1 9.AH.05
Ikait CaCO3 ·6H2 O
monoklin 2/m
C 2/c 5.CB.25
Imayoshiit Ca3 Al(CO3 )[B(OH)4 ](OH)6 ･12H2 O
hexagonal 6
P 63 7.DG.15
Indigirit Mg2 Al2 (CO3 )4 (OH)2 ·15H2 O
5.DA.10
Isovit (Cr,Fe)23 C6
kubisch m 3 m Fm 3 m 1.BA.10
Ježekit Na8 [(UO2 )(CO3 )3 ](SO4 )2 ·3H2 O
hexagonal 6 m 2P 6 2m 5.EG.
Joanneumit Cu(C3 N3 O3 H2 )2 (NH3 )2
triklin 1 P 1 10.AB.
Johnsenit-(Ce) Na12 (Ce,REE,Sr)3 Ca6 Mn3 Zr3 W(Si25 O73 )(OH)3 (CO3 )·H2 O
trigonal 3 m R 3 m 9.CO.10
Joliotit (UO2 )(CO3 )·2H2 O
orthorhombisch 5.EB.15
Jouravskit Ca3 Mn4+ (SO4 ,CO3 )2 (OH)6 ·12H2 O
hexagonal 6
P 63 7.DG.15
Juangodoyit Na2 Cu(CO3 )2
monoklin 2/m
P 21 /a 5.AB.55
Julienit Na2 Co2+ (SCN)4 ·8H2 O
monoklin 2/m
P 21 /n 10.AD.05
Jörgkellerit (Na,☐)3 Mn3+ 3 (PO4 )2 (CO3 )(O,OH)2 ·5H2 O
trigonal 3 P 3 8.DO.05
'Kafehydrocyanit ' K4 Fe2+ (CN)6 ·3H2 O
tetragonal 4/m
I 41 /a 10.AD.10
Kainosit-(Y) Ca2 (Y,Ce)2 Si4 O12 (CO3 )·H2 O
orthorhombisch mmm Pmnb 9.CF.10
Kalicinit KH[CO3 ]
monoklin 2/m
P 21 /a 5.AA.20
Kambaldait NaNi4 (CO3 )3 (OH)3 ·3H2 O
hexagonal 6
P 63 5.DA.20
Kamotoit-(Y) (Y,Nd,Gd)2 (UO2 )4 (CO3 )3 O4 ·14H2 O
monoklin 2/m
P 21 /a 5.EA.30
Kampfit Ba12 (Si11 Al5 )O31 (CO3 )8 Cl5
monoklin m Cc 9.EG.20
Kamphaugit-(Y) CaY(CO3 )2 (OH)·H2 O
tetragonal 422
P 41 21 25.DC.10
Karchevskyit [Mg18 Al9 (OH)54 ][Sr2 (CO3 ,PO4 )9 (H2 O,H3 O)11 ]
trigonal 4.
Karpathit C24 H12
monoklin 2/m
P 21 /c , P 21 /n 10.BA.30
Katsarosit Zn(C2 O4 )·2H2 O
monoklin 2/m
C 2/c 10.AB.05
Kaznakhtit Ni6 Co3+ 2 (CO3 )(OH)16 ⋅4H2 O
trigonal 3 R 3
Kegelit Pb4 Al2 Si4 O10 (SO4 )(CO3 )2 (OH)4
monoklin 2/m , 2, m
A 2/m , A 2, Am 9.EC.80
Kettnerit CaBi(CO3 )OF
orthorhombisch mmm Pmmn 5.BE.30
Khamrabaevit (Ti,V,Fe)C
kubisch m 3 m Fm 3 m 1.BA.20
Khanneshit (NaCa)3 (Ba,Sr,Ce,Ca)3 (CO3 )5
hexagonal 6mm
P 63 mc 5.AD.10
Kihlmanit-(Ce) Ce2 TiO2 (SiO4 )(HCO3 )2 (H2 O)
triklin 1 P 1 9.AH.10
Kimrobinsonit (Ta,Nb)(OH)3 (O,CO3 )
kubisch 4.FG.15
Kimurait-(Y) CaY2 (CO3 )4 ·6H2 O
orthorhombisch 222, mm 2, mmm
I 21 21 21 , Imm 2, Immm 5.CC.15
Kladnoit C6 H4 (CO)2 NH
monoklin 2/m
P 21 /n 10.CA.25
Klino-Ferri-Holmquistit A ☐B Li2 C (Mg3 Fe3+ 2 )Si8 O22 (OH)2 9.DA.10
'Kobaltdolomit ' (Ca,Mg,Co)[CO3 ]
'Kobaltsmithsonit ' (Zn,Co)[CO3 ]
Kochsándorit CaAl2 (CO3 )2 (OH)4 ·H2 O
orthorhombisch mmm Pnma 5.DB.10
'Kohlenstoff ' C
Kolwezit CuCo(CO3 )(OH)2
triklin 1, 1
P 1, P 1 5.BA.10
Kozoit-(La) La(CO3 )(OH)
orthorhombisch mmm Pmcn 5.DC.05
Kozoit-(Nd) (Nd,La)[OH|CO3 ]
orthorhombisch mmm Pmcn 5.DC.05
Krasnovit Ba(Al,Mg)(PO4 ,CO3 )(OH)2 ·H2 O
orthorhombisch mmm , mmm Pnnn , Pnna 8.DK.35
Kratochvílit (C6 H4 )2 CH2
orthorhombisch mmm Pnam 10.BA.25
Krieselit (Al,Ga)2 (Ge,C)O4 (OH)2
orthorhombisch mmm Pnma 9.
Kukharenkoit-(Ce) Ba2 Ce[F|(CO3 )3 ]
monoklin 2/m
P 21 /m 5.BD.10
Kukharenkoit-(La) Ba2 (La,Ce,Th)[F|(CO3 )3 ]
monoklin 2/m
P 21 /m 5.BD.10
'Kupfersmithsonit ' (Zn,Cu)[CO3 ]
Kutnohorit CaMn2+ (CO3 )2
trigonal 3 R 3 5.AB.10
Kyanoxalith Na7 (Al5-6 Si6-7 O24 )(C2 O4 )0.5-1.0 ·5H2 O
hexagonal 6
P 63 9.FB.05
Lansfordit MgCO3 ·5H2 O
monoklin 2/m
P 21 /c 5.CA.10
Lanthanit-(Ce) (Ce,La)2 (CO3 )3 ·8H2 O
orthorhombisch mmm Pbnb 5.CC.25
Lanthanit-(La) (La,Ce)2 (CO3 )3 ·8H2 O
orthorhombisch mmm Pbnb 5.CC.25
Lanthanit-(Nd) (Nd,La)2 (CO3 )3 ·8H2 O
orthorhombisch mmm Pbnb 5.CC.25
Latiumit (Ca,K)4 (Si,Al)5 O11 (SO4 ,CO3 )
monoklin 2
P 21 9.EG.45
Lazaraskeit Cu(C2 H3 O3 )2
monoklin 2/m
P 21 /n 10
Leadhillit Pb4 (SO4 )(CO3 )2 (OH)2
monoklin 2/m
P 21 /a 5.BF.40
Lecoqit-(Y) Na3 Y(CO3 )3 ·6H2 O
hexagonal 6
P 63 5.CC.
Lepersonnit-(Gd) Ca(Gd,Dy)2 [(UO2 )6 |(OH)6 |(CO3 )2 |SiO4 ]4 ·48H2 O
orthorhombisch mm 2, mmm Pnn2 , Pnnm 5.EG.10
Lepersonnit-(Nd) Nd4 (UO2 )24 (SiO4 )4 (CO3 )8 (OH)28 ⋅48H2 O
orthorhombisch mmm oder mm 2Pnnm Pnn 2
Levinsonit-(Y) YAl(SO4 )2 (C2 O4 )·12H2 O
monoklin 2/m
P 2/n 10.AB.70
Leószilárdit Na6 Mg(UO2 )2 (CO3 )6 ·6H2 O
monoklin 2/m
C 2/m 5.EG.
Liebigit Ca2 (UO2 )(CO3 )3 ·11H2 O
orthorhombisch mm 2Bba 25.ED.20
Lindbergit Mn[C2 O4 ]·2H2 O
monoklin 2/m
C 2/c 10.AB.05
'Lithiummagnesit ' Li2 Mg(CO3 )2
Liudongshengit Zn4 Cr2 (OH)12 (CO3 )·3H2 O
trigonal 3 m R 3 m 4.FE.05
Lokkait-(Y) CaY4 (CO3 )7 ·9H2 O
orthorhombisch mm 2Amm 25.CC.15
Lonsdaleit C
hexagonal 6/mmm
P 63 /mmc 1.CB.10
Loseyit (Mn,Zn)7 (CO3 )2 (OH)10
monoklin 2/m
A 2/a 5.BA.30
Lukechangit-(Ce) Na3 (Ce,La,Nd)2 [F|(CO3 )4 ]
hexagonal 6/mmm
P 63 /mmc 5.BD.05
Lusernait-(Y) Y4 Al(CO3 )2 (OH,F)11 ·6H2 O
orthorhombisch mmm Pmna 5.BD.
Línekit K2 Ca3 [(UO2 )(CO3 )3 ]2 ·8H2 O
orthorhombisch mmm Pnnm 5
'M1986-10-CO:ClHMgMnZn ' Mg5 (Zn,Mn)3 (CO3 )2 (OH,Cl)12 ·H2 O
5.DA.05
Macphersonit Pb4 (SO4 )(CO3 )2 (OH)2
orthorhombisch mmm Pcab 5.BF.40
Magnesioalterit Mg2 Fe3+ 4 (SO4 )4 (C2 O4 )2 (OH)4 ∙17H2 O
monoklin 2/m
C 2/c 10.AB.
Magnesit MgCO3
trigonal 3 m R 3 c 5.AB.05
'Magnesit-Gaspéit-Serie ' MgCO3 -(Ni,Mg,Fe2+ )CO3
'Magnesit-Siderit-Serie ' MgCO3 -FeCO3
Malachit Cu2 (CO3 )(OH)2
monoklin 2/m
P 21 /a 5.BA.10
'Mangan-haltiger Calcit ' (Ca,Mn)[CO3 ]
Manganotychit Na6 (Mn2+ ,Fe2+ ,Mg)2 (SO4 )(CO3 )4
kubisch m 3 Fd 3 5.BF.05
Marchettiit C5 H7 N5 O3
triklin 1, 1
P 1, P 1 10.CA.
Markeyit Ca9 (UO2 )4 (CO3 )13 ·28H2 O
orthorhombisch mmm Pmmn 5.ED.
Marklit Cu5 (CO3 )2 (OH)6 ·6H2 O
monoklin 2/m
P 21 /c 5.DA.
Mcguinnessit (Mg,Cu)2 (CO3 )(OH)2
monoklin 2/m
P 2a , P 21 /a 5.BA.10
Mckelveyit-(Nd) NaCaBa3 Nd(CO3 )6 ∙3H2 O
monoklin m Cc 5.CC.05
Mckelveyit-(Y) NaBa3 CaY(CO3 )6 ⋅3H2 O
triklin 1
P 15.CC.05
Mckelveyit-(Y)-2M NaBa3 CaY(CO3 )3 (OH)6 ·3H2 O
triklin 1
P 15.CC.05
Mejonit Ca4 Al6 Si6 O24 CO3
tetragonal 4/m
I 4/m 9.FB.15
Melanophlogit 46SiO2 ·6(N2 ,CO2 ) ·2(CH4 , N2 )
tetragonal 4/mmm
P 42 /nbc 4.DA.25
Mellit Al2 C6 (COO)6 ·16H2 O
tetragonal 4/mmm
I 41 /acd 10.AC.05
Mereheadit Pb47 O24 (OH)13 Cl25 (BO3 )2 (CO3 )
monoklin 2/m
C 2/c 3.DC.45
Metauroxit (UO2 )2 (C2 O4 )(OH)2 (H2 O)2
triklin 1 P 1 10.AB.
Metazellerit Ca(UO2 )(CO3 )2 ·3H2 O
orthorhombisch mm 2, mmm Pbn 21 , Pbnm 5.EC.10
Meyrowitzit Ca(UO2 )(CO3 )2 ·5H2 O
monoklin 2/m
P 21 /n 5.EC.12
Micheelsenit (Ca,Y)3 Al[(OH)6 |{PO3 (OH),CO3 }|CO3 ]·12H2 O
hexagonal 6
P 63 8.DO.30
Middlebackit Cu2 C2 O4 (OH)2
monoklin 2/m
P 21 /c 10.AB.15
Mikecoxit [CHg4 ]OCl2
monoklin 2/m
P 21 /n
Mikrosommit (Na,Ca,K)7-8 (Si,Al)12 O24 (Cl,SO4 ,CO3 )2-3
hexagonal 6
P 63 9.FB.05
Mineevit-(Y) Na25 Ba(Y,Gd,Dy)2 [Cl|F2 |(SO4 )2 |(HCO3 )4 |(CO3 )11 ]
hexagonal 6/m
P 63 /m 5.BF.25
Minguzzit K3 Fe3+ (C2 O4 )3 ·3H2 O
monoklin 2/m
P 21 /c 10.AB.25
Minrecordit CaZn(CO3 )2
trigonal 3 R 3 5.AB.10
Mogovidit Na9 (Ca,Na)6 Ca6 Fe2 Zr3 ☐Si25 O72 (CO3 )(OH)4
trigonal 3 m R 3 m 9.CO.10
Moissanit SiC
hexagonal 6mm
P 63 mc 1.DA.05
'Moissanit-15R ' SiC
1.DA.05
'Moissanit-33R ' SiC
1.DA.05
'Moissanit-5H ' SiC
hexagonal 1.DA.05
Molybdophyllit Pb8 Mg9 [Si10 O28 (OH)8 O2 (CO3 )3 ]·H2 O
hexagonal 622
P 63 229.HH.25
'Monheimit ' (Zn,Fe)[CO3 ]
Monohydrocalcit Ca(CO3 )·H2 O
trigonal 32
P 31 215.CB.20
Montroyalit Sr4 Al8 (CO3 )3 (OH,F)26 ·10-11H2 O
triklin 5.DB.10
Moolooit Cu2+ (C2 O4 )·0.5 H2 O
orthorhombisch mmm Pnnm 10.AB.15
Mosesit Hg2 N(Cl,SO4 ,MoO4 ,CO3 )·H2 O
kubisch 4 3m F 4 3m 3.DD.30
Mountkeithit (Mg,Ni)11 (Fe3+ ,Cr,Al)3 (OH)24 (SO4 ,CO3 )3.5 ·11H2 O
hexagonal 7.DD.35
Moydit-(Y) Y(CO3 )B(OH)4
orthorhombisch mmm Pbca 6.AC.45
Mroseit CaTe4+ (CO3 )O2
orthorhombisch mmm Pbca 4.JL.15
Mößbauerit Fe3+ 3 O2 (OH)4 (CO3 )0.5 ·1.5H2 O
trigonal 3 R 3 4.FE.05
Nahcolith NaHCO3
monoklin 2/m
P 21 /c 5.AA.15
Nakauriit Cu8 (SO4 )4 (CO3 )(OH)6 ·48H2 O
orthorhombisch 7.DG.30
'Nasledovit ' PbMn3 Al4 (CO3 )4 (SO4 )O5 ·5H2 O
5.DB.05
Natrit Na2 CO3
monoklin 2/m
C 2/m 5.AA.10
'Natrofairchildit ' Na2 Ca(CO3 )2
hexagonal 5.AC.10
Natromarkeyit Na2 Ca8 (UO2 )4 (CO3 )13 ·27H2 O
orthorhombisch mmm Pmmn 5.ED.
Natron Na2 CO3 ·10 H2 O
monoklin m Cc 5.CB.10
Natrosulfatourea Na2 (SO4 )[CO(NH2 )2 ]
orthorhombisch mmm Pbcn 10.C.
Natroxalat Na2 (C2 O4 )
monoklin 2/m
P 2/c 10.AB.60
Nesquehonit Mg(HCO3 )(OH)·2H2 O
monoklin 2/m
P 21 /n 5.CA.05
'Nickelcalcit ' (Ca,Ni)[CO3 ]
Niksergievit (Ba, Ca)2 Al3 [(OH)6 |CO3 |(Si, Al)4 O10 ]·0.2 H2 O
monoklin 2/m , 2, m
C 2/m , C 2, Cm 9.EC.75
Niobocarbid (Nb,Ta)C
kubisch m 3 m Fm 3 m 1.BA.20
Niveolanit NaBe(CO3 )(OH)·2H2 O
tetragonal 4/mmm
P 4/mcc 5.D
Norsethit BaMg(CO3 )2
trigonal 3 m R 3 m 5.AB.30
Northupit Na3 Mg(CO3 )2 Cl
kubisch m 3 Fd 3 5.BF.05
Novgorodovait Ca2 [Cl2 |C2 O4 ]·2H2 O
monoklin 2/m
I 2/m 10.AB.80
Nullaginit Ni2 (CO3 )(OH)2
monoklin 2, 2/m
P 21 , P 21 /m 5.BA.10
Numanoit Ca4 CuB4 O6 (OH)6 (CO3 )2
6.DA.40
Nyerereit Na2 Ca(CO3 )2
orthorhombisch mm 2Cmc 21 5.AC.10
Odikhinchait Na9 Sr3 [(H2 O)2 Na]Ca6 Mn3 Zr3 NbSi(Si24 O72 )O(OH)3 (CO3 )·H2 O
trigonal 3m
R 3m 9.CO.10
Olekminskit Sr(Sr,Ca,Ba)(CO3 )2
trigonal 32
P 3215.AB.40
'Oligonit ' (Fe,Mn)CO3
Oswaldpeetersit (UO2 )2 (CO3 )(OH)2 ·4H2 O
monoklin 2/m
P 21 /c 5.EA.20
Otavit CdCO3
trigonal 3 m R 3 c 5.AB.05
Otwayit Ni2 (CO3 )(OH)2 ·H2 O
orthorhombisch 5.DA.15
Oxammit (NH4 )2 (C2 O4 )·H2 O
orthorhombisch 222
P 21 21 210.AB.55
Paceit CaCu[CH3 COO]4 ·6H2 O
tetragonal 4/m
I 4/m 10.AA.30
Paddlewheelit MgCa5 Cu2 (UO2 )4 (CO3 )12 (H2 O)33
monoklin m Pc 5.ED.
Para-Alumohydrocalcit CaAl2 (CO3 )2 (OH)4 ·6H2 O
5.DB.05
Paralstonit BaCa(CO3 )2
trigonal 32
P 3215.AB.40
Paramarkeyit Ca2 (UO2 )(CO3 )3 ⋅5H2 O
monoklin 2/m
P 21 /n
Paraotwayit Ni(OH)2-x (SO4 ,CO3 )0.5x
monoklin 7.BB.45
'Paraspurrit ' Ca5 (SiO4 )2 (CO3 )
monoklin 2/m
P 21 /a 9.AH.15
Paratooit-(La) (La,Ca,Na,Sr)6 Cu(CO3 )8
orthorhombisch mmm , 222Pmmm , P2221 5.AD.20
Parisit-(Ce) CaCe2 (CO3 )3 F2
monoklin m Cc 5.BD.30
Parisit-(La) CaLa2 (CO3 )3 F2
monoklin 2, m , 2/m
C 2, Cm , C 2/m 5.BD.30b
Parisit-(Nd) CaNd2 (CO3 )3 F2
monoklin m Cc 5.BD.30
'Parvo-Manganotremolit ' A ☐B (CaMn)Σ2 CMg5 TSi8 O22 (OH)2 monoklin 2/m
C 2/m 9.DE.10
Parwanit (Na,K)(Mg,Ca)4 Al8 (PO4 )8 (CO3 )(OH)7 ·30H2 O
monoklin 8.DO.40
Parádsasvárit Zn2 (CO3 )(OH)2
monoklin 2/m
P 21 /a 5.BA.10
Peatit-(Y) Li4 Na12 (Y,Na,Ca,REE)12 (PO4 )12 (CO3 )4 (F,OH)8
orthorhombisch 222
P 2228
'Pelagosit ' CaCO3
Peterbaylissit Hg3 CO3 (OH)·2H2 O
orthorhombisch mmm Pcab 5.DC.25
Petersenit-(Ce) (Na,Ca)4 (Ce,La,Nd,Sr)2 (CO3 )5
monoklin 2
P 21 5.AD.15
Petterdit Pb(Cr,Al)2 3+ [(OH)2 |CO3 ]2 ·H2 O
orthorhombisch mmm , mmm , mm 2Pbnm , Pbmm , Pbn 21 5.DB.10
Philolithit Pb12 O6 Mn7 (SO4 )(CO3 )4 Cl4 (OH)12
tetragonal 4/mmm
P 42 /nnm 5.BF.35
Phosgenit Pb2 (CO3 )Cl2
tetragonal 4/mmm
P 4/mbm 5.BE.20
'Phosphoellenbergerit ' (Mg,☐)2 Mg12 (PO4 ,PO3 OH)6 (PO3 OH,CO3 )2 (OH)6
hexagonal 6mm
P 63 mc 8.BB.55
Phoxit (NH4 )2 Mg2 (C2 O4 )(PO3 OH)2 (H2 O)4
monoklin 2/m
P 21 /c 10
'Phylloretin ' C18 H18
orthorhombisch 10.BA.35
'Pigotit ' Al4 C6 H5 O10 ·13H2 O (?)
10.AC.15
Pirssonit Na2 Ca(CO3 )2 ·2H2 O
orthorhombisch mm 2Fdd 25.CB.30
Plumbonacrit Pb5 O(OH)2 (CO3 )3
hexagonal 6mm
P 63 cm 5.BE.15
Podlesnoit BaCa2 (CO3 )2 F2
orthorhombisch mmm Cmcm 5.BC.15
Pokrovskit Mg2 (CO3 )(OH)2 ·0.5H2 O
monoklin 2/m
P 21 /a 5.BA.10
Pomit Ca3 [V4+ 5 V5+ 10 O37 (CO3 )]⋅37H2 O
triklin 1 P 1
Pseudomarkeyit Ca8 (UO2 )4 (CO3 )12 ·21H2 O
monoklin 2/m
P 21 /m 5.ED.
Pseudopomit Ca3.5 [V4+ 6 V5+ 9 O37 (CO3 )]⋅29H2 O
triklin 1 P 1
Putnisit SrCa4 Cr3+ 8 (CO3 )8 SO4 (OH)16 ·23H2 O
orthorhombisch mmm Pnma 7
'Pyroaurit-2H ' Mg6 Fe2 3+ [(OH)16 |CO3 ]·4H2 O
hexagonal 6/mmm
P 63 /mmc 5.DA.45
Pyroaurit-3R Mg6 Fe2 3+ (CO3 )(OH)16 ·4H2 O
trigonal 3 m R 3 m 5.DA.50
Qaqarssukit-(Ce) Ba(Ce,REE)(CO3 )2 F
trigonal 3m
P3 c1 5.BD.25
Qilianshanit NaH4 [CO3 |BO3 ]·2 H2 O
monoklin 2
C 26.HA.55
Quintinit-2H Mg4 Al2 [(OH)12 |CO3 ]·3H2 O
hexagonal 622
P 63 225.DA.40
Quintinit-3T Mg4 Al2 [(OH)12 |CO3 ]·3H2 O
trigonal 32
P 31 12, P 32 225.DA.40
Qusongit WC
hexagonal 6 m 2P 6 m 21.BA.25
Rabbittit Ca3 Mg3 (UO2 )2 (CO3 )6 (OH)4 ·18H2 O
monoklin 5.ED.25
Ramazzoit [Mg8 Cu12 (PO4 )(CO3 )4 (OH)24 (H2 O)20 ][(H0.33 SO4 )3 (H2 O)36 ]
kubisch 4 3m P 4 3m 5
Ramikit-(Y) Li4 (Na,Ca)12 (Y,Ca,REE)6 Zr6 (PO4 )12 (CO3 )4 O4 [(OH),F]4
triklin 1
P 18
Rapidcreekit Ca2 (SO4 )(CO3 )·4H2 O
orthorhombisch mmm Pcnb 7.DG.20
Ravatit C14 H10
monoklin 2
P 21 10.BA.40
Reederit-(Y) (Na,Al,Mn,Ca)15 (Y,Ce,Nd,La)2 [(Cl,F)|(SO3 F)|(CO3 )9 ]
hexagonal 3 m P 6 5.BF.20
Reevesit Ni6 Fe2 3+ (CO3 )(OH)16 ·4H2 O
trigonal 3 m R 3 m 5.DA.50
Refikit C20 H34 O2
orthorhombisch 222
P 21 21 210.CA.05
Relianceit-(K) K4 Mg(V4+ O)2 (C2 O4 )(PO3 OH)4 (H2 O)10
monoklin m Pc
Rhodochrosit Mn(CO3 )
trigonal 3 m R 3 c 5.AB.05
Rosasit (Cu,Zn)2 (CO3 )(OH)2
monoklin 2/m
P 21 /a 5.BA.10
Roubaultit Cu2 (UO2 )3 (CO3 )2 O2 (OH)2 ·4H2 O
triklin 1 P 1 5.EA.25
Rouvilleit Na3 Ca2 (CO3 )3 F
monoklin m Cc 5.BC.10
Roymillerit Pb24 Mg9 (Si10 O28 )(CO3 )10 (BO3 )(SiO4 )(OH)13 O5
triklin 1 P 1 9.EG.
Rutherfordin UO2 (CO3 )
orthorhombisch mm 2Imm 25.EA.05
Rémondit-(Ce) Na3 (Ce,Ca,Na)3 (CO3 )5
monoklin 2
P 21 5.AD.15
Rémondit-(La) Na3 (La,Ca,Na)3 (CO3 )5
monoklin 2
P 21 5.AD.15
Röntgenit-(Ce) Ca2 (Ce,La)3 (CO3 )5 F3
trigonal 3
R 35.BD.30
Sabinait Na4 Zr2 TiO4 (CO3 )4
monoklin 2/m
C 2/c 5.BB.20
Sacrofanit (Na,Ca,K)9 (Si,Al)12 O24 [(OH)2 ,(SO4 ),(CO3 ),Cl2 )]3 ·0.5 H2 O
hexagonal 6 m 2P 6 2c 9.FB.05
Sahamalith-(Ce) (Mg,Fe2+ )Ce2 (CO3 )4
monoklin 2/m
P 21 /a 5.AD.05
Sailaufit NaCa2 Mn3 3+ [O2 |CO3 |(AsO4 )2 ]·3H2 O
monoklin m Cm 8.DH.30
Sakhait Ca48 Mg16 Al(SiO3 OH)4 (CO3 )16 (BO3 )28 ·(H2 O)3 (HCl)3
kubisch m 3 m Fd 3 m 6.AB.65
Sanrománit Na2 CaPb3 (CO3 )5
hexagonal 6mm
P 63 mc 5.AD.10
Sarkolith Na4 Ca12 Al8 Si12 O46 (SiO4 ,PO4 )(OH,H2 O)4 (CO3 ,Cl)
tetragonal 4/m
I 4/m 9.EH.15
Scarbroit Al5 (OH)13 (CO3 )·5H2 O
triklin 1, 1
P 1, P 1 5.DA.35
Scawtit Ca7 Si6 (CO3 )O18 ·2H2 O
monoklin m Im 9.CK.15
Schröckingerit NaCa3 (UO2 )(CO3 )3 (SO4 )F·10H2 O
triklin 1 P 1 5.EG.05
Schuilingit-(Nd) PbCu(Nd,Gd,Sm,Y)(CO3 )3 (OH)·1.5H2 O
orthorhombisch mm 2P 21 cn 5.DB.20
Schulenbergit (Cu,Zn)7 (SO4 ,CO3 )2 (OH)10 ·3H2 O
trigonal 3, 3
P 3, P 3 7.DD.80
Sclarit (Zn,Mg,Mn2+ )4 Zn3 (CO3 )2 (OH)10
monoklin 2/m
A 2/a 5.BA.30
Sergeevit Ca2 Mg11 (CO3 )9 (HCO3 )4 (OH)4 ·6H2 O
hexagonal (trigonal) 5.DB.25
Shabait-(Nd) Ca(Nd,Y)2 (UO2 )(CO3 )4 (OH)2 ·6H2 O
monoklin 2, 2/m
P 21 , P 21 /m 5.EE.10
Shannonit Pb2 O(CO3 )
orthorhombisch 222
P 21 21 21 5.BE.05
Sharpit Ca(UO2 )6 (CO3 )5 (OH)4 ·6H2 O
orthorhombisch 5.EA.35
Sheldrickit NaCa3 (CO3 )2 F3 ·H2 O
trigonal 3
P 32 5.DC.15
Shomiokit-(Y) Na3 Y[CO3 ]3 ·3 H2 O
orthorhombisch mm 2Pna 21 5.CC.20
Shortit Na2 Ca2 (CO3 )3
orthorhombisch mm 2Amm 25.AC.25
Siderit Fe2+ CO3
trigonal 3 m R 3 c 5.AB.05
'Sideroplesit ' (Fe,Mg)CO3
Sidorenkit Na3 Mn(PO4 )(CO3 )
monoklin 2, 2/m
P 21 , P 21 /m 5.BF.10
'Simbirzit ' CaCO3
Simonellit C19 H24
orthorhombisch mmm Pnna 10.BA.45
'Skapolith ' 3NaAlSi3 O8 ·NaCl - 3CaAl2 Si2 O8 ·CaCO3
Skorpionit Ca3 Zn2 (PO4 )2 CO3 (OH)2 ·H2 O
monoklin 2/m
C 2/c 8.DO.45
Slyudyankait Na28 Ca4 (Si24 Al24 O96 )(SO4 )6 (S6 )0.33 (CO2 )·2H2 O
triklin 1
P 1
Smithsonit ZnCO3
trigonal 3 m R 3 c 5.AB.05
Somersetit Pb8 O2 (OH)2 (CO3 )5
trigonal 3m
P 31c 5
Sphärocobaltit CoCO3
trigonal 3 m R 3 c 5.AB.05
Spurrit Ca5 (SiO4 )2 (CO3 )
monoklin 2/m
P 21 /a 9.AH.15
'Sr-Aragonit ' (Ca,Sr)CO3
'Staffelit ' Ca5 (PO4 ,CO3 )3 F
Stanevansit Mg(C2 H3 O3 )2 ⋅2H2 O
monoklin 2/m
P 21 /c
Stenonit (Sr,Ba,Na)2 Al(CO3 )F5
monoklin 2/m
P 21 /n 3.CG.05
Stepanovit NaMgFe3+ (C2 O4 )3 ·8-9H2 O
trigonal 10.AB.20
Stichtit Mg6 Cr2 (CO3 )(OH)16 ·4H2 O
trigonal 3 m R 3 m 5.DA.50
Stracherit BaCa6 (SiO4 )2 [(PO4 )(CO3 )]2 F
trigonal 3 m R 3 m 9.AH.
'Strontiancalcit ' (Sr,Ca)CO3
Strontianit SrCO3
orthorhombisch mmm Pmcn 5.AB.15
Strontiodresserit (Sr,Ca)Al2 (CO3 )2 (OH)4 ·H2 O
orthorhombisch 5.DB.10
Surit Pb2 Ca(Al,Mg)2 (Si,Al)4 O10 (OH)2 (CO3 ,OH)3 ·0.5 H2 O
monoklin 2
P 21 9.EC.75
Susannit Pb4 (SO4 )(CO3 )2 (OH)2
trigonal 3
P 35.BF.40
Swartzit CaMg(UO2 )(CO3 )3 ·12H2 O
monoklin 2/m
P 21 /m 5.ED.10
'Synchysit ' Ca(REE,Y)[F|(CO3 )2 ]
5.BD.20
Synchysit-(Ce) CaCe(CO3 )2 F
monoklin 2/m
C 2/c 5.BD.20
Synchysit-(Nd) CaNd(CO3 )2 F
orthorhombisch 5.BD.20
Synchysit-(Y) CaY(CO3 )2 F
monoklin 2/m
C 2/c 5.BD.20
Szymańskiit Hg16 1+ (Ni,Mg)6 (CO3 )12 (OH)12 (H3 O8 )·3H2 O
hexagonal 6
P 63 5.DB.30
Takovit Ni6 Al2 (CO3 )(OH)16 ·4H2 O
trigonal 3 m R 3 m 5.DA.50
Tantalcarbid TaC
kubisch m 3 m Fm 3 m 1.BA.20
Tatarskit Ca6 Mg2 (SO4 )2 (CO3 )2 Cl4 (OH)4 ·7H2 O
7.DG.25
Tengerit-(Y) Y3 (CO3 )3 ·2-3 H2 O
orthorhombisch mm 2Bb 21 m 5.CC.10
Teschemacherit (NH4 )HCO3
orthorhombisch mmm Pccn 5.AA.25
Thaumasit Ca3 Si(OH)6 (CO3 )(SO4 )·12H2 O
hexagonal 6
P 63 7.DG.15
Thebait-(NH4) (NH4 )3 Al(C2 O4 )(PO3 OH)2 (H2 O)
monoklin 2/m
P 21 /c
Thermonatrit Na2 CO3 ·H2 O
orthorhombisch mm 2Pca 21 5.CB.05
Thomasclarkit-(Y) Na(Y,Ce,La)[(OH)3 |HCO3 ]·4H2 O
monoklin 2
P 25.DC.20
Thorbastnäsit ThCa(CO3 )2 F2 ·3H2 O
hexagonal 6 m 2P 6 2c 5.BD.35
Thorneit Pb6 (Te2 O10 )(CO3 )Cl2 (H2 O)
monoklin 2/m
C 2/c 5
Tilleyit Ca5 Si2 O7 (CO3 )2
monoklin 2/m
P 21 /a 9.BE.82
Tinnunculit C5 H4 N4 O3 ·2H2 O
monoklin 2/m
P 21 /c 10.CA.30
Tirolit Ca2 Cu9 (AsO4 )4 (OH)8 (CO3 )(H2 O)11 ·1-2H2 O
monoklin 2/m
P 2/c 8.DM.10
'Tirolit-2M ' Ca2 Cu9 (AsO4 )4 (OH)8 (CO3 )(H2 O)11 ·1-2H2 O
monoklin 2/m
C 2/c
Tongbait Cr3 C2
orthorhombisch mmm Pnma 1.BA.15
Tounkit (Na+ 3.89–5.18 K+ 0.15–1.64 Ca2+ 2.30–2.58 (Al6 Si6 O24 )(SO4 2− ,S5 2− ,S4 )2−x (Cl− , HS− )1+y ·nH2 O (x, y, n < 1)
trigonal 32
P 3219.FB.05
Triazolit NaCu2 (N3 C2 H2 )2 (NH3 )2 Cl3 ·4H2 O
orthorhombisch 222
P 21 21 21 10.AB.
Trona Na3 (CO3 )(HCO3 )·2H2 O
monoklin 2/m
C 2/c 5.CB.15
Trébeurdenit Fe2+ 2 Fe3+ 4 O2 (OH)10 CO3 ·3H2 O
trigonal 3 m R 3 m 4.FE.05
Tsaregorodtsevit N(CH3 )4 [AlSi5 O12 ]
orthorhombisch 222
I 2229.FB.10
Tuliokit BaNa6 Th(CO3 )6 ·6H2 O
trigonal 3 R 3 5.CB.50
Tundrit-(Ce) Na2 Ce2 TiO2 (SiO4 )(CO3 )2
triklin 1 P 1 9.AH.10
Tundrit-(Nd) Na3 (Nd,La)4 (Ti,Nb)2 (SiO4 )2 (CO3 )3 O4 (OH)·2H2 O
triklin 9.AH.10
Tunisit NaCa2 Al4 (CO3 )4 (OH)8 Cl
tetragonal 4/mmm
P 4/nmm 5.BB.15
Tuscanit K(Ca,Na)6 (Si,Al)10 O22 (SO4 ,CO3 ,(OH)2 )·H2 O
monoklin 2/m
P 21 /a 9.EG.45
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