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SQLite format 3 @ .��
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%%�;tablecif_elementscif_elementsCREATE TABLE cif_elements (
cif_id text not null,
element VARCHAR(2) not null)� � tablecifcif
CREATE TABLE cif (
id integer not null primary key,
mineral_id INTEGER,
spacegroup_id INTEGER,
publication_id INTEGER,
formula text,
compound text,
pub_title text,
formula_title text,
a text,
b text,
c text,
alpha text,
beta text,
gamma text,
cell_volume text,
crystal_density text,
atoms_sites text,
atoms_x text,
atoms_y text,
atoms_z text,
atoms_occupancy text,
atoms_u_iso text,
atoms_aniso_label text,
atoms_aniso_u11 text,
atoms_aniso_u22 text,
atoms_aniso_u33 text,
atoms_aniso_u12 text,
atoms_aniso_u13 text,
atoms_aniso_u23 text,
qdat text,
amcsd_url text,
FOREIGN KEY(spacegroup_id) REFERENCES spacegroups (id),
FOREIGN KEY(mineral_id) REFERENCES minerals (id),
FOREIGN KEY(publication_id) REFERENCES publications (id))� 33�5tablepublication_authorspublication_authors CREATE TABLE publication_authors (
publication_id INTEGER not null,
author_id integer not null,
FOREIGN KEY(publication_id) REFERENCES publications (id),
FOREIGN KEY(author_id) REFERENCES authors (id))�H
%%�Stablepublicationspublications CREATE TABLE publications (
id INTEGER NOT NULL primary key,
journalname text not null,
volume text,
year integer not null,
page_first text,
page_last text)m�1tableauthorsauthors CREATE TABLE authors (
id INTEGER NOT NULL primary key,
name text unique)- A indexsqlite_autoindex_authors_1authors
r �7tablemineralsmineralsCREATE TABLE minerals (
id INTEGER not null primary key,
name text not null unique)/C indexsqlite_autoindex_minerals_1minerals�9##�9tablespacegroupsspacegroupsCREATE TABLE spacegroups (
id INTEGER primary key,
hm_notation VARCHAR(16) not null unique,
symmetry_xyz text NOT NULL,
category text )5I# indexsqlite_autoindex_spacegroups_1spacegroups�# �tableelementselementsCREATE TABLE elements (
id integer not null,
z INTEGER NOT NULL,
name VARCHAR(40),
symbol VARCHAR(2) NOT NULL primary key)/C indexsqlite_autoindex_elements_1elements i�)tableversionversionCREATE TABLE version (id integer primary key, tag text, date text, notes text)
m m � !7�Kinit, trim2021-May-16T:19:00:00trimmed version has removed many large and near-duplicate structures, full version is available
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� �# � � � s !� P 42/m n m["x,y,z", "-y,-x,z", "y,x,-z", "1/2+y,1/2-x,1/2-z", "1/2-y,1/2+x,1/2+z", "1/2+x,1/2-y,1/2+z", "1/2-x,1/2+y,1/2-z", "x,y,-z", "-x,-y,z", "y,x,z", "-y,-x,-z", "1/2-y,1/2+x,1/2-z", "1/2+y,1/2-x,1/2+z", "1/2-x,1/2+y,1/2+z", "1/2+x,1/2-y,1/2-z", "-x,-y,-z"]�VB !� P 63/m m c["x,y,z", "-x,-x+y,1/2+z", "x,x-y,1/2-z", "-x+y,-x,1/2-z", "x-y,x,1/2+z", "-y,-x,z", "y,x,-z", "y,-x+y,-z", "-y,x-y,z", "x-y,-y,1/2+z", "-x+y,y,1/2-z", "x,y,1/2-z", "-x,-y,1/2+z", "x,x-y,z", "-x,-x+y,-z", "x-y,x,-z", "-x+y,-x,z", "y,x,1/2+z", "-y,-x,1/2-z", "-y,x-y,1/2-z", "y,-x+y,1/2+z", "-x+y,y,z", "x-y,-y,-z", "-x,-y,-z"]�5 � P a 3["x,y,z", "1/2+z,x,1/2-y", "z,1/2-x,1/2+y", "1/2-z,1/2+x,y", "-z,-x,-y", "1/2+y,1/2-z,-x", "1/2-y,-z,1/2+x", "-y,1/2+z,1/2-x", "y,z,x", "x,1/2-y,1/2+z", "1/2-x,1/2+y,z", "1/2+x,y,1/2-z", "-x,-y,-z", "1/2-z,-x,1/2+y", "-z,1/2+x,1/2-y", "1/2+z,1/2-x,-y", "z,x,y", "1/2-y,1/2+z,x", "1/2+y,z,1/2-x", "y,1/2-z,1/2+x", "-y,-z,-x", "-x,1/2+y,1/2-z", "1/2+x,1/2-y,-z", "1/2-x,-y,1/2+z"]G !} P 1 21/c 1["x,y,z", "x,1/2-y,1/2+z", "-x,1/2+y,1/2-z", "-x,-y,-z"]
� ���� !P 42/m n ms!P 63/m m cB P a 35!P 1 21/c 1
� �����
�q !Platarsite�a #Baddeleyite � Pyrite � Garutiite <missing>
� ����� !Platarsite q#Baddeleyite� Pyrite Garutiite
<missing>
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��l7 4�* OActa Crystallographica, Section B27�213321392�= OPhysics and Chemistry of Minerals13�233237/�" IEuropean Journal of Mineralogy22�293304*� ?The Canadian Mineralogist17�117123&�~ 7American Mineralogist10�281304
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�)R �=�F" �}#%%%#�] s *Ru O2<missing> Rutile-type compounds. VI.
SiO2, GeO2 and a comparison with other rutile-type structures
Note: data from Boman (1970)RuO24.49194.49193.106690909062.6827.050["Ru", "O"]AAAAACCqEgA=AAAAACCqEgA=AAAAAAAAAAA=00"<missing>"000000AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgAAAAAAAgAAAACQAAAAQAAAAAAAAAgAAAgEAAAAACggACAAAggAgQAAAAEAAQIAQABBABABUAICAEAAABAgEIBCCIAkQUAAAAgFAADAiABFQJGAESAIgQQKAiIIYgBAgQQBhC==��w" �U 1----#�] � =Zr O2<missing> In situ determination of crystal structure for high pressure
phase of ZrO2 using a diamond anvil and single crystal X-ray
diffraction method
Sample: P = 15 kbar<missing>5.1205.2165.2819099.0190139.2945.876["Zr", "O1", "O2"]IM8QAGBVBADwxhsAMGkCAEC6FADwbS4AYLsMAEChFADwoR0A0kOcAAGCaAADgyQAA"<missing>"000000AAAAAAAAAAAAAAAAAAAACAAAAAAAJAAAAAAAAgAAQIAABQgAgACAiAAABCAAAA0WAYABACAQIRgAAlAQJEDgAQkAqBMggEgwgkhKIMMEosBESgJqSsCKRikJEKREcbIrEa+qaLDslDpria4DZucD28LCxjii9zZLT348jX==�I�(# � M�W ymmmm#�] B "Ni.421 Fe.316 Ir.202 Pt.032 Co.008 Cu.006 Rh.006 Ru.004 Os.003Loma Peguera, Dominican Republic Garutiite, (Ni,Fe,Ir), a new hexagonal polymorph of native Ni from
Loma Peguera, Dominican Republic<missing>2.69392.69394.2732909012026.85611.114["Ni", "Fe", "Ir", "Pt", "Co", "Cu", "Rh", "Ru", "Os"]VVgUAFVYFABVWBQAVVgUAFVYFABVWBQAVVgUAFVYFABVWBQAq7AoAKuwKACrsCgAq7AoAKuwKACrsCgAq7AoAKuwKACrsCgAQEIPAEBCDwBAQg8AQEIPAEBCDwBAQg8AQEIPAEBCDwBAQg8AILIZAIBJEwBAVAwAAPQBAAB9AADAXQAAwF0AAIA+AADgLgAA0"<missing>"000000AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAAAAgAQAAAAAAAAAAAAAAEAAAAAAAAAACAAAAAAAAQAABAAggAAAAgAAAIAAAABAAAAAAAAgACAAIAAAQAAEAEAAgCAAAACAAAIAAAgAAAAgBgEAAAAABAiAA==�z�1" cA�? _]]]]_]]]]]]�] q5Pt.35 Rh.31 Ru.29 Ir.05 Os.01 (As1.02 S.98)Onverwacht mine, Transvaal The crystal structure of platarsite, Pt(As,S)2, and a comparison with
sperrylite, PtAs2<missing>5.7885.7885.788909090193.9038.524["Pt", "Rh", "Ru", "Ir", "Os", "As", "S"]AAAAAAAAAAAAAAAAAAAAAAAAAAAgjBcAIIwXAA==AAAAAAAAAAAAAAAAAAAAAAAAAAAgjBcAIIwXAA==AAAAAAAAAAAAAAAAAAAAAAAAAAAgjBcAIIwXAA==wFwVAMDrEgBAsxEAQA0DAECcAADAIB8AQOgdAA==0["Pt", "Rh", "Ru", "Ir", "Os", "As", "S"]cGcAAHBnAABwZwAAcGcAAHBnAADAmQAAwJkAAA==cGcAAHBnAABwZwAAcGcAAHBnAADAmQAAwJkAAA==cGcAAHBnAABwZwAAcGcAAHBnAADAmQAAwJkAAA==qAIAAKgCAACoAgAAqAIAAKgCAAAAAAAAAAAAAA==AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA==qAIAAKgCAACoAgAAqAIAAKgCAAAAAAAAAAAAAA==AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAIAAAAQAAAEAAAIAAAAAAQAAIAAAAAgACAAQACAAAAIACABABAAgAgBAAACAEAIAgAAEAQAAIBAEAgEAgEAAEBAICAgICAAICAgQECAgAICAAgAIEABBAggQIEAEECCCCBABBBBB==�}! -o #%%%#�] 5�Fe S2natural, unknown The crystal structures of some metallic sulfides<missing>5.385.385.38909090155.7215.118["Fe", "S"]AAAAAEChFAA=AAAAAEChFAA=AAAAAEChFAA=00"<missing>"000000AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACAAAAAgAAAEAAACAAAAAAAgAAIAAAAAEAAEAAQABAAAABAAIAEABAAgAQAIAAAIAIAQAQAABACAAAQBAEAQBAEAgAAQCAQCAQCAgABAQCAgICAQACAgAEAAgIACBAgIECBAAQ==
,$ �����������xmbWLA6+! ������������zodYNC9.$ ,9414O +9414Ru*7415O )7415Zr (7336Os '7336Ru &7336Rh %7336Cu $7336Co #7336Pt "7336Ir !7336Fe 7336Ni 5169S 5169As 5169Os 5169Ir 5169Ru 5169Rh 5169Pt6S6Fe9414O 9414Ru7415O 7415Zr 7336Os 7336Ru 7336Rh 7336Cu 7336Co
7336Pt 7336Ir 7336Fe
7336Ni 6S6Fe5169S 5169As 5169Os 5169Ir 5169Ru 5169Rh 5169Pt