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claringbullite

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Journal Article
Published: 11 May 2021
The Canadian Mineralogist (2021) 59 (1): 265–285.
... lattice, there has been intense study of its magnetic properties and those of synthetic compositional variants. In the past five years it has been recognized that the layered copper hydroxyhalides barlowite, Cu 4 BrF(OH) 6 , and claringbullite, Cu 4 FCl(OH) 6 , are also the parent structures of a family...
FIGURES | View All (11)
Journal Article
Published: 01 December 2014
Mineralogical Magazine (2014) 78 (7): 1755–1762.
...Peter Elliott; Mark A. Cooper; Allan Pring Abstract The new mineral species barlowite, ideally Cu 4 FBr(OH) 6 , has been found at the Great Australia mine, Cloncurry, Queensland, Australia. It is the Br and F analogue of claringbullite. Barlowite forms thin blue, platy, hexagonal crystals up to 0.5...
FIGURES
Journal Article
Published: 01 June 1995
The Canadian Mineralogist (1995) 33 (3): 633–639.
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The dioctahedral layer of (a) herbertsmithite and (b) <b>claringbullite</b> ( P 6 ...
Published: 11 May 2021
Fig. 1. The dioctahedral layer of (a) herbertsmithite and (b) claringbullite ( P 6 3 / mmc ), as well as the trioctahedral layer of (c) kapellasite. The Cu(OH) 4 Cl 2 octahedra are shown in dark blue and the Zn(OH) 4 Cl 2 octahedron of kapellasite is shown in orange. Connectivity of layering
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Polyhedral topologies of layering in herbertsmithite and hexagonal claringb...
Published: 11 May 2021
Fig. 2. Polyhedral topologies of layering in herbertsmithite and hexagonal claringbullite showing a dioctahedral layer and its associated interlayer. The interlayer of herbertsmithite is occupied by single Zn(OH) 6 octahedra (pale blue), whereas in hexagonal claringbullite the interlayer
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The interlayer polyhedra of herbertsmithite, <b>claringbullite</b>, and paratacami...
Published: 11 May 2021
Fig. 4. The interlayer polyhedra of herbertsmithite, claringbullite, and paratacamite. The polyhedra are a regular Zn(OH) 6 octahedron in herbertsmithite, a Cu(OH) 6 triangular prism in claringbullite, and the unusual, highly distorted 2-2-2 (Cu 0.7 Zn 0.3 )(OH) 6 octahedron in paratacamite.
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MINERALS OF THE ATACAMITE&#x2F;HERBERTSMITHITE&#x2F;<b>CLARINGBULLITE</b> GROUP
Published: 11 May 2021
TABLE 1. MINERALS OF THE ATACAMITE/HERBERTSMITHITE/CLARINGBULLITE GROUP
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ATOM COORDINATES OF <b>CLARINGBULLITE</b>- Pnma  AT 100 K
Published: 11 May 2021
TABLE 3C. ATOM COORDINATES OF CLARINGBULLITE- Pnma AT 100 K
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BOND-VALENCE ANALYSIS OF <b>CLARINGBULLITE</b>- Pnma  (100 K)
Published: 11 May 2021
TABLE 7. BOND-VALENCE ANALYSIS OF CLARINGBULLITE- Pnma (100 K)
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ATOM COORDINATES OF <b>CLARINGBULLITE</b> ( P 6 3 &#x2F; mmc ) AT 293 K
Published: 11 May 2021
TABLE 3A. ATOM COORDINATES OF CLARINGBULLITE ( P 6 3 / mmc ) AT 293 K
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INTERATOMIC DISTANCES AND POLYHEDRAL VOLUMES OF <b>CLARINGBULLITE</b> AT 100 K AND...
Published: 11 May 2021
TABLE 5. INTERATOMIC DISTANCES AND POLYHEDRAL VOLUMES OF CLARINGBULLITE AT 100 K AND 293 K
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SUMMARY OF INFORMATION RELATING TO THE DATA COLLECTION AND REFINEMENT OF CL...
Published: 11 May 2021
TABLE 2B. SUMMARY OF INFORMATION RELATING TO THE DATA COLLECTION AND REFINEMENT OF CLARINGBULLITE ( Pnma ) AT 100 K
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ANISOTROPIC AND EQUIVALENT-ISOTROPIC DISPLACEMENT PARAMETERS  U  IJ  (Å 2 )...
Published: 11 May 2021
TABLE 3D. ANISOTROPIC AND EQUIVALENT-ISOTROPIC DISPLACEMENT PARAMETERS U IJ (Å 2 ) OF CLARINGBULLITE- Pnma AT 100 K
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ATOM COORDINATES AND DISPLACEMENT PARAMETERS (Å 2 ) FOR <b>CLARINGBULLITE</b>- Pnm...
Published: 11 May 2021
TABLE 4. ATOM COORDINATES AND DISPLACEMENT PARAMETERS (Å 2 ) FOR CLARINGBULLITE- Pnma FROM 150 K TO 270 K
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SUMMARY OF INFORMATION RELATING TO THE DATA COLLECTION AND REFINEMENT OF CL...
Published: 11 May 2021
TABLE 2A. SUMMARY OF INFORMATION RELATING TO THE DATA COLLECTION AND REFINEMENT OF CLARINGBULLITE ( P 6 3 / mmc ) AT 293 K
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ANISOTROPIC AND EQUIVALENT-ISOTROPIC DISPLACEMENT PARAMETERS  U  ij  (Å 2 )...
Published: 11 May 2021
TABLE 3B. ANISOTROPIC AND EQUIVALENT-ISOTROPIC DISPLACEMENT PARAMETERS U ij (Å 2 ) OF CLARINGBULLITE ( P 6 3 / mmc ) AT 293 K
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UNIT-CELL PARAMETERS, REFINEMENT AGREEMENT INDICES, ELECTRON-DENSITY RESIDU...
Published: 11 May 2021
TABLE 6. UNIT-CELL PARAMETERS, REFINEMENT AGREEMENT INDICES, ELECTRON-DENSITY RESIDUES, AND Cu(1,4,5) SITE OCCUPANCIES FOR CLARINGBULLITE FROM 100K–293K
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Interrupted [ M φ 2 ] N  sheets decorated by other polyhedra: (a) the [ M φ...
Published: 01 June 2002
Fig. 5 Interrupted [ M φ 2 ] N sheets decorated by other polyhedra: (a) the [ M φ 2 ] 7 sheet in chalcophanite, decorated by (Znφ 6 ) octahedra. (b) The [ M φ 2 ] 4 sheet in claringbullite, decorated by (Cu 2+ φ 6 ) triangular prisms; the direction of projection for claringbullite is tilted
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Variations of unit-cell parameters of <b>claringbullite</b> with temperature. The ...
Published: 11 May 2021
Fig. 11. Variations of unit-cell parameters of claringbullite with temperature. The data for the hexagonal phase (pale blue circle) are shown for their equivalent orthorhombic values to allow direct comparison. All symbols are larger than three standard errors. See text for discussion.
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The structures of (a) <b>claringbullite</b>- Pnma  (this study) and (b) barlowite-...
Published: 11 May 2021
Fig. 5. The structures of (a) claringbullite- Pnma (this study) and (b) barlowite- Cmcm ( Pasco et al . 2018 ) projected onto ( h 0 l ) and ( hk 0) planes, respectively. Cu(1) = pale blue, Cu(2) = grey, Cu(3) = dark blue, O = red, Cl = green, F = yellow, Br = orange. See text for discussion.