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1.

Can Mineral 2001;39:855-872.
MINERALOGY OF SULFOSALT-RICH VEIN-TYPE ORES, BOLIDEN MASSIVE SULFIDE DEPOSIT, SKELLEFTE DISTRICT, NORTHERN SWEDEN
Thomas Wagner and Erik Jonsson
  [Abstract]   [Full Text]   [PDF]

Figure 6
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 FIG. 6. Laitakarite compositions from the Boliden vein ores plotted in the system S–Se–Te. Analytical data on Bi sulfides, selenides and tellurides of the type Bi4(S,Se,Te)3 (laitakarite, ikunolite, joséite-A, joséite-B, pilsenite) reported in the literature are given for comparison (see text for references).

 
2.

Can Mineral 2007;45:665-708.
MINERALS OF THE SYSTEM Bi–Te–Se–S RELATED TO THE TETRADYMITE ARCHETYPE: REVIEW OF CLASSIFICATION AND COMPOSITIONAL VARIATION
Nigel J. Cook, Cristiana L. Ciobanu, Thomas Wagner, and Christopher J. Stanley
  [Abstract]   [Full Text]   [PDF]

Figure 10
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 FIG. 10. Compositional plots for new data on the system Bi4Te3–Bi4Se3–Bi4S3. Grey shaded fields are from the literature, data given on Figure 8 for laitakarite, joséite-A, joséite-B and pilsenite. The bimodal composition of laitakarite in the type material from the Orijärvi deposit, southwest Finland (Bi4Se3 and Bi4(Se,S)3, simplified from Ciobanu et al. 2002), is shown by the orange- and pink-colored fields. Other symbols are: compositions of Te-bearing laitakarite (red circles) and Se-bearing joséite-B from the Lega Dembi deposit, Ethiopia (blue circles); joséite-A and joséite-B from Carrock Fell, Cumbria, U.K. (green circles) and joséite-B from the Maiskoe Au-deposit, Ukraine (blue squares).

 
3.

Can Mineral 2007;45:665-708.
MINERALS OF THE SYSTEM Bi–Te–Se–S RELATED TO THE TETRADYMITE ARCHETYPE: REVIEW OF CLASSIFICATION AND COMPOSITIONAL VARIATION
Nigel J. Cook, Cristiana L. Ciobanu, Thomas Wagner, and Christopher J. Stanley
  [Abstract]   [Full Text]   [PDF]

Figure 11
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 FIG. 11. Back-scattered electron images. (a) and (b) Inclusions of Te-bearing laitakarite (Ltk) within pyrrhotite (Po) in gold ores, Lega Dembi mine, Ethiopia. Hs: hessite, Bi: native bismuth. (c) Deformed lamellar intergrowths of laitakarite (Ltk) and wittite (Wit) from the Falun deposit, Bergslagen, central Sweden [Section E312, Specimen BM 1956,130, Natural History Museum, London]. (d) Coarse-grained joséite-B (JoB) with inclusions of hedleyite (Hed), native bismuth (Bi) and ikunolite (Iku) in the Maiskoe Au deposit, Ukraine. (e) Blebs of joséite-A (medium gray) exsolved in coarse, deformed joséite-B (light gray), Carrock Fell mine, Cumbria, U.K. Ing: ingodite. [Section E819, BM 35459, Natural History Museum, London]. (f) Coexisting coarse joséite-A, with lamellar exsolution of joséite-B (light gray) and coarser areas of joséite-B from Carrock Fell mine, Cumbria, U.K. [Section E820, BM 88363, Natural History Museum, London]. (g) Assemblage consisting of ikunolite (Iku), native bismuth (Bi) and bismuthinite (Bim) from the Sergeevske gold deposit, Ukraine.

 
4.

Can Mineral 2001;39:855-872.
MINERALOGY OF SULFOSALT-RICH VEIN-TYPE ORES, BOLIDEN MASSIVE SULFIDE DEPOSIT, SKELLEFTE DISTRICT, NORTHERN SWEDEN
Thomas Wagner and Erik Jonsson
  [Abstract]   [Full Text]   [PDF]


 
5.

Can Mineral 2001;39:855-872.
MINERALOGY OF SULFOSALT-RICH VEIN-TYPE ORES, BOLIDEN MASSIVE SULFIDE DEPOSIT, SKELLEFTE DISTRICT, NORTHERN SWEDEN
Thomas Wagner and Erik Jonsson
  [Abstract]   [Full Text]   [PDF]


 
6.

Can Mineral 2001;39:855-872.
MINERALOGY OF SULFOSALT-RICH VEIN-TYPE ORES, BOLIDEN MASSIVE SULFIDE DEPOSIT, SKELLEFTE DISTRICT, NORTHERN SWEDEN
Thomas Wagner and Erik Jonsson
  [Abstract]   [Full Text]   [PDF]


 
7.

Can Mineral 2001;39:855-872.
MINERALOGY OF SULFOSALT-RICH VEIN-TYPE ORES, BOLIDEN MASSIVE SULFIDE DEPOSIT, SKELLEFTE DISTRICT, NORTHERN SWEDEN
Thomas Wagner and Erik Jonsson
  [Abstract]   [Full Text]   [PDF]

Figure 5
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 FIG. 5. Compositional representations of laitakarite from sulfosalt-rich vein ores in terms of (a) the system Pb – (Bi + Sb) – (S + Se + Te), and (b), the system (Bi + Sb + Pb) – (Se + Te) – S. Analytical data on Bi4(S,Se,Te)3 phases reported in the literature are given for comparison (see text for references).

 
8.

Can Mineral 2001;39:855-872.
MINERALOGY OF SULFOSALT-RICH VEIN-TYPE ORES, BOLIDEN MASSIVE SULFIDE DEPOSIT, SKELLEFTE DISTRICT, NORTHERN SWEDEN
Thomas Wagner and Erik Jonsson
  [Abstract]   [Full Text]   [PDF]

Figure 7
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 FIG. 7. Compositional range of laitakarite from the Boliden deposit. The numbers of Bi, Se, S and Pb apfu are plotted as a function of Te in apfu.

 
9.

Can Mineral 2008;46:1305-1315.
COMPOSITIONAL DATA FOR IKUNOLITE FROM REDZINY, RUDAWY JANOWICKIE, LOWER SILESIA, POLAND
Jan Parafiniuk, Adam Pieczka, and Bozena Golebiowska
  [Abstract]   [Full Text]   [PDF]

Figure 4
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 FIG. 4. Compositional plots for ikunolite–laitakarite in the system Bi4S3 – Bi4Se3 – Bi4Te3. Diamonds represent the composition of ikunolite from Redziny, gray field: data summarized by Cook et al.(2007b).

 
10.

Can Mineral 2007;45:665-708.
MINERALS OF THE SYSTEM Bi–Te–Se–S RELATED TO THE TETRADYMITE ARCHETYPE: REVIEW OF CLASSIFICATION AND COMPOSITIONAL VARIATION
Nigel J. Cook, Cristiana L. Ciobanu, Thomas Wagner, and Christopher J. Stanley
  [Abstract]   [Full Text]   [PDF]

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