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COD ID	Links	Formula	Space group	Cell parameters	Cell volume	Bibliography
9017926	CIF	Fe3 O4	F d -3 m :1	8.3941; 8.3941; 8.3941 90; 90; 90	591.456	Fleet, M. E. The structure of magnetite: Symmetry of cubic spinels Note: Sample 633A Journal of Solid State Chemistry, 1986, 62, 75-82
9017925	CIF	Fe3 O4	F d -3 m :1	8.3985; 8.3985; 8.3985 90; 90; 90	592.387	Fleet, M. E. The structure of magnetite: Symmetry of cubic spinels Note: Sample 633D Journal of Solid State Chemistry, 1986, 62, 75-82
9017924	CIF	Fe3 O4	F d -3 m :1	8.3941; 8.3941; 8.3941 90; 90; 90	591.456	Fleet, M. E. The structure of magnetite: Symmetry of cubic spinels Note: Sample 633C Journal of Solid State Chemistry, 1986, 62, 75-82
9017923	CIF	Fe3 O4	F d -3 m :1	8.3969; 8.3969; 8.3969 90; 90; 90	592.048	Fleet, M. E. The structure of magnetite: Symmetry of cubic spinels Note: Sample 633,MT1B, annealed at 1373 K Journal of Solid State Chemistry, 1986, 62, 75-82
9017922	CIF Paper	Cl4 Cu O12 Pb5 Se4	C 1 2/c 1	24.917; 5.506; 14.242 90; 101.77; 90	1912.82	Gemmi, Mauro; Campostrini, Italo; Demartin, Francesco; Gorelik, Tatiana E.; Gramaccioli, Carlo Maria Structure of the new mineral sarrabusite, Pb~5~CuCl~4~(SeO~3~)~4~, solved by manual electron-diffraction tomography Acta Crystallographica Section B, 2012, 68, 15-23
9017920	CIF	Fe2.68 H28 O30 S4	P -1	6.448; 15.248; 6.307 90.14; 100.93; 94.12	607.195	Wang, Q.; Li, W. Crystal structure of a new ferric sulfate mineral Kexue Tongbao, 1988, 33, 1783-1787
9017919	CIF	Fe2.937 H28 Mg0.063 O30 S4	P -1	6.4512; 15.3227; 6.3253 90.131; 100.9; 85.966	612.414	Mauro, D.; Biagioni, C.; Pasero, M.; Zaccarini, F. Crystal-chemistry of sulfates from Apuan Alps (Tuscany, Italy). II. Crystal structure and hydrogen bonding system of romerite, Fe2+Fe3+2(SO4)4(H2O)14 Atti della Societa Toscana di Scienze Naturali, Memorie, Serie A, 2019, 125, 5-11
9017918	CIF	Fe3 H28 O30 S4	P -1	6.4274; 15.249; 6.3464 89.72; 100.79; 85.96	609.4	Westland, R. E. New phases in the hydrous ferric sulfate system, a supporting argument that the mineral lausenite is of formula Fe2(SO4)3*5H2O and the crystal structure refinement and hydrogen bonding scheme of the minerals quenstedtite and romerite Master's, 2012
9017917	CIF	Fe2 H22 O23 S3	P -1	6.1741; 23.5062; 6.5282 85.633; 101.553; 83.745	918.034	Westland, R. E. New phases in the hydrous ferric sulfate system, a supporting argument that the mineral lausenite is of formula Fe2(SO4)3*5H2O and the crystal structure refinement and hydrogen bonding scheme of the minerals quenstedtite and romerite Master's, 2012
9017916	CIF	Fe H5 O7 S	P 21 21 21	7.2226; 7.393; 20.0542 90; 90; 90	1070.83	Plasil, J.; Petricek, V.; Majzlan, J. A commensurately modulated structure of parabutlerite, Fe3+SO4(OH)*2H2O Acta Crystallographica, Section B, 2017, 73, 856-862
9017915	CIF	Al0.38 Fe1.621 H18 O21 S3	P -3 1 c	10.9344; 10.9344; 17.09 90; 90; 120	1769.55	Yang, Z.; Giester, G. Structure refinements of coquimbite and paracoquimbite from the Hongshan Cu-Au deposit, NW China European Journal of Mineralogy, 2018, 30, 849-858
9017914	CIF	Al0.062 Fe1.938 H18 O21 S3	R -3 :H	10.9631; 10.9631; 51.473 90; 90; 120	5357.68	Yang, Z.; Giester, G. Structure refinements of coquimbite and paracoquimbite from the Hongshan Cu-Au deposit, NW China European Journal of Mineralogy, 2018, 30, 849-858
9017913	CIF	Fe H7 O8 S	P -1	8.935; 11.631; 6.661 95.58; 90.28; 97.28	683.293	Giacovazzo, C.; Menchetti, S. Sulla struttura della amarantite Rendiconti della Societa Italiana di Mineralogia e Petrologia, 1969, 25, 399-406
9017912	CIF	Fe H15 Mg0.773 Mn0.047 O16 S2 Zn0.165	P 1 21/n 1	10.4983; 17.8372; 7.1154 90; 100.125; 90	1311.68	Majzlan, J.; Plasil, J.; Dachs, E.; Benisek, A.; Koch, C. B. Crystal chemistry, Mossbauer spectroscopy. and thermodynamic properties of botryogen Neues Jahrbuch fur Mineralogie, Abhandlungen, 2016, 193, 147-159
9017911	CIF	Fe H7 O8 S	P -1	8.976; 11.678; 6.698 95.65; 90.36; 97.2	693.052	Susse, P. Crystal structure of amarantite Naturwissenschaften, 1967, 54, 642-643
9017910	CIF	C H27 Al0.89 B0.94 Ca3 O25 S0.06 Si0.11	P 63	11.0459; 11.0459; 10.61502 90; 90; 120	1121.64	Nishio-Hamane D; Ohnishi, M.; Momma, K.; Shimobayashi, N.; Miyawaki, R.; Minakawa, T.; Inaba, S. Imayoshiite, Ca3Al(CO3)[B(OH)4](OH)6*12H2O, a new mineral of the ettringite group from Ise City, Mie Prefecture, Japan Mineralogical Magazine, 2015, 79, 413-423
9017909	CIF	Fe2 H16 O17 S2	P -1	9.1428; 10.9346; 7.2168 90.547; 90.612; 107.375	688.463	Ventruti, G.; Ventura, G. D.; Orlando, R.; Scordari, F. Structure refinement, hydrogen-bond system and vibrational spectroscopy of hohmannite, Fe3+2[O(SO4)2]*8H2O Mineralogical Magazine, 2015, 79, 11-24
9017908	CIF	Ag0.42 Cu6.678 Hg2.922 Sb4 Se12.576	I -4 3 m	10.9636; 10.9636; 10.9636 90; 90; 90	1317.83	Skacha, P.; Sejkora, J.; Plasil, J.; Makovicky, E. Posepnyite, a new Hg-rich member of the tetrahedrite group from Pribram, Czech Republic Journal of Geosciences, 2020, 65, 173-186
9017907	CIF	C19 O8	P 21 21 21	9.837; 10.517; 18.7594 90; 90; 90	1940.77	Lisgarte, J. N.; Potter, B.; Palmer, R. A.; Chimanuka, B.; Aymami, J. Structure, absolute configuration, and conformation of the antimalarial drug artesunate Journal of Chemical Crystallography, 2002, 32, 43-48
9017906	CIF	As5.79 Fe0.15 Ni14.25 Sb0.06	P 63 c m	6.7922; 6.7922; 12.4975 90; 90; 120	499.315	Bindi, L.; Tredoux, M.; Zaccarini, F.; Miller, D. E.; Garuti, G. Non-stoichiometric nickel arsenides in nature: The structure of orcelite, Ni5-xAs2 (x = 0.25), from the Bon Accord oxide body, South Africa Journal of Alloys and Compounds, 2014, 601, 175-178

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