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mayenite supergroup

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Journal Article
Published: 01 November 2015
Russ. Geol. Geophys. (2015) 56 (11): 1603–1621.
...V.V. Sharygin Abstract Three minerals of the mayenite supergroup have been found in fluorellestadite-bearing metacarbonate rock (former fragment of petrified wood of ankeritic composition) from the dump at the Baturinskaya-Vostochnaya-1-2 mine. These are eltyubyuite Ca 12 Fe 10 3+ Si 4 O 32 Cl 6...
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Journal Article
Published: 01 January 2015
European Journal of Mineralogy (2015) 27 (1): 99–111.
...Evgeny V. Galuskin; Frank Gfeller; Irina O. Galuskina; Thomas Armbruster; Radu Bailau; Viktor V. Sharygin Abstract The mayenite supergroup, accepted by the IMA-CNMNC (proposal 13-C), is a new mineral supergroup comprising two groups of minerals isostructural with mayenite (space group No. 220, I 4...
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Journal Article
Published: 01 January 2015
European Journal of Mineralogy (2015) 27 (1): 113–122.
..., e-mail: [email protected] 07 7 2014 07 10 2014 21 10 2014 © 2015 E. Schweizerbart'sche Verlagsbuchhandlung Science Publishers 2015 chlorkyuygenite new mineral mayenite supergroup crystal structure Raman skarn xenolith Caucasus Russia...
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Journal Article
Published: 01 January 2015
European Journal of Mineralogy (2015) 27 (1): 123–136.
... structure characteristic of the mayenite supergroup. In fluormayenite 1/3 of the structural cages are occupied by fluorine. In fluorkyuygenite, in addition to fluorine and negligible amounts of OH, H 2 O molecules occupy about 2/3 of the cages. The holotype fluormayenite from Jabel Harmun has the crystal...
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Journal Article
Published: 01 January 2015
European Journal of Mineralogy (2015) 27 (1): 137–143.
...Frank Gfeller; Dorota Środek; Joachim Kusz; Mateusz Dulski; Viktor Gazeev; Irina Galuskina; Evgeny Galuskin; Thomas Armbruster Abstract Eltyubyuite, ideally Ca 12 Fe 3+ 10 Si 4 O 32 Cl 6 , a member of the mayenite supergroup, was originally described from altered xenoliths of the Upper Chegem...
FIGURES
Image
Diagram of minerals belonging to the mayenite supergroup. 1–compositional trends; 2–holotype chlorkyuygenite, 3–mayenite supergroup minerals from Upper Chegem Caldera, 4–endmembers of known minerals of the mayenite supergroup.
Published: 01 January 2015
Fig. 6 Diagram of minerals belonging to the mayenite supergroup. 1–compositional trends; 2–holotype chlorkyuygenite, 3–mayenite supergroup minerals from Upper Chegem Caldera, 4–endmembers of known minerals of the mayenite supergroup.
Image
Compositional diagrams for mayenite-supergroup minerals from Oslavany and Zastávka. (a) Fe3+versus Si versus Al diagram for mayenite supergroup minerals (mineral names after Galuskin et al. 2012a); (b) diagram showing variation of Mg, Na and Cl + F versus Si. Data from Hentschel (1964) and Galuskin et al. (2012) overlap in the triangular diagram (a).
Published: 01 February 2013
Fig. 6 Compositional diagrams for mayenite-supergroup minerals from Oslavany and Zastávka. (a) Fe 3+ versus Si versus Al diagram for mayenite supergroup minerals (mineral names after Galuskin et al. 2012a ); (b) diagram showing variation of Mg, Na and Cl + F versus Si. Data from
Image
BSE images of zoned crystals of a mayenite-supergroup mineral (chlormayenite-wadalite) in cuspidine-fluorellestadite aggregate, sample E-17, metacarbonate rock, spoil heap of the Baturinskaya-Vostochnaya-1-2 mine, Emanzhelinsk. Analyses 1–7 see in Table 4.
Published: 01 November 2015
Fig. 5. BSE images of zoned crystals of a mayenite-supergroup mineral (chlormayenite-wadalite) in cuspidine-fluorellestadite aggregate, sample E-17, metacarbonate rock, spoil heap of the Baturinskaya-Vostochnaya-1-2 mine, Emanzhelinsk. Analyses 1–7 see in Table 4 .
Image
Analyses of the mayenite-supergroup minerals (A) and compositional trends (B) projected in Si–Cl apfu diagrams. 1, 2, 3–wadalite, chlorkyuygenite and eltyubyuite analyses from Upper Chegem caldera (Galuskin et al., 2009; Bailau et al., 2012; our unpublished data); 4–brearleyite (Ma et al., 2011); 5–wadalite, Eifel (Mihajlović et al., 2004); 6–holotype chlormayenite, Eifel (Galuskin et al., 2012b, our unpublished data); 7 - high chlorine chlormayenite, Eifel; 8–holotype wadalite (Tsukimura et al., 1993); 9–wadalite, Mexico (Kanazawa et al., 1997); 10–wadalite from Allende chondrite (Ishii et al., 2010); 11–15–chlorkyuygenite, chlormayenite, fluormayenite and fluorkyuygenite (our data), Hatrurim formation; 16–anthropogenic “demidovskite”, Chelyabinsk coal basin (Chesnokov et al., 1996); 17–Frank Gfeller’s synthetic phase; 18–anthropogenic F-rich phase close to eltyubyuite, Chelyabinsk coal basin (Sharygin, 2014); 19–anthropogenic mayenite-wadalite, Oslavany, 20–anthropogenic mayenite, Zastavka (Hršelová et al., 2013) and 21–adrianite (Ma et al., 2014b). Compositional trend: A – chlormayenite–wadalite (eltyubyuite); B – chlormayenite (chlorkyuygenite) – fluormayenite (fluorkyuygenite); C – wadalite – potentially new mineral “Mg-wadalite” (Gfeller, unpublished data).
Published: 01 January 2015
Fig. 5 Analyses of the mayenite-supergroup minerals (A) and compositional trends (B) projected in Si–Cl apfu diagrams. 1 , 2 , 3 –wadalite, chlorkyuygenite and eltyubyuite analyses from Upper Chegem caldera ( Galuskin et al. , 2009 ; Bailau et al. , 2012 ; our unpublished data); 4
Image
Analyses of the mayenite-supergroup minerals projected in the Fe(+Mg)–Al–Si apfu diagram, symbols as in Fig. 5.
Published: 01 January 2015
Fig. 6 Analyses of the mayenite-supergroup minerals projected in the Fe(+Mg)–Al–Si apfu diagram, symbols as in Fig. 5 .
Journal Article
Published: 01 June 2017
Mineralogical Magazine (2017) 81 (3): 499–513.
..., srebrodolskite–brownmillerite and mayenite-supergroup minerals are the main minerals commonly associated with gazeevite. Gazeevite is isostructural with zadovite and aradite; the 1:1 type AB 6 ( T O 4 ) 2 ( T O 4 ) 2 W , occurs together with the structurally related minerals of the nabimusaite series, 3:1 type...
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Compositional diagrams for ellestadite-group minerals from Oslavany and Zastávka; composition of ellestadite enclosing mayenite supergroup minerals is marked by stars. (a) S versus Si versus P; (b) S versus Si versus C; (c) F versus Cl.
Published: 01 February 2013
Fig. 5 Compositional diagrams for ellestadite-group minerals from Oslavany and Zastávka; composition of ellestadite enclosing mayenite supergroup minerals is marked by stars. (a) S versus Si versus P; (b) S versus Si versus C; (c) F versus Cl.
Image
Compositional diagrams for ellestadite-group minerals from Oslavany and Zastávka; composition of ellestadite enclosing mayenite supergroup minerals is marked by stars. (a) S versus Si versus P; (b) S versus Si versus C; (c) F versus Cl.
Published: 01 February 2013
Fig. 5 Compositional diagrams for ellestadite-group minerals from Oslavany and Zastávka; composition of ellestadite enclosing mayenite supergroup minerals is marked by stars. (a) S versus Si versus P; (b) S versus Si versus C; (c) F versus Cl.
Image
Plot on a Fe(+Mg)-Si(+Ti)-Al diagram of point analyses of minerals of the mayenite supergroup from xenoliths of the Upper Chegem caldera (1), the Shadil-Khokh volcano (2) and Eifel (3) as well as of “demidowskite” (4); 5–arrow showing compositional trends.
Published: 01 May 2013
Fig. 3 Plot on a Fe(+Mg)-Si(+Ti)-Al diagram of point analyses of minerals of the mayenite supergroup from xenoliths of the Upper Chegem caldera (1), the Shadil-Khokh volcano (2) and Eifel (3) as well as of “demidowskite” (4); 5–arrow showing compositional trends.
Image
Binary (Fe2O3–other components) and ternary (Fe3+–Al–Si) diagrams (after Galuskin et al. (2012a,b, 2013)) showing compositional variations of mayenite-supergroup minerals from spoil heaps of the Baturinskaya-Vostochnaya-1-2 mine. 1, eltyubyuite; 2, F-analog of eltyubyuite; 3, chlormayenite-wadalite; 4, ideal compositions.
Published: 01 November 2015
Fig. 6. Binary (Fe 2 O 3 –other components) and ternary (Fe 3+ –Al–Si) diagrams (after Galuskin et al. (2012a , b , 2013 )) showing compositional variations of mayenite-supergroup minerals from spoil heaps of the Baturinskaya-Vostochnaya-1-2 mine. 1 , eltyubyuite; 2 , F-analog of eltyubyuite
Journal Article
Published: 01 October 2018
Mineralogical Magazine (2018) 82 (5): 1023–1031.
... level), respectively. Table 1 lists the determined chemical compositions of the wadalite and katoite. wadalite sector zoning Raman spectroscopy mayenite supergroup katoite skarn Tadano Japan The mineral wadalite (IMA87-045), Ca 6 Al 5 Si 2 O 16 Cl 3 , found in skarn xenoliths...
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Journal Article
Published: 01 May 2013
European Journal of Mineralogy (2013) 25 (2): 221–229.
...Fig. 3 Plot on a Fe(+Mg)-Si(+Ti)-Al diagram of point analyses of minerals of the mayenite supergroup from xenoliths of the Upper Chegem caldera (1), the Shadil-Khokh volcano (2) and Eifel (3) as well as of “demidowskite” (4); 5–arrow showing compositional trends. ...
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Journal Article
Published: 01 February 2013
The Canadian Mineralogist (2013) 51 (1): 171–188.
...Fig. 6 Compositional diagrams for mayenite-supergroup minerals from Oslavany and Zastávka. (a) Fe 3+ versus Si versus Al diagram for mayenite supergroup minerals (mineral names after Galuskin et al. 2012a ); (b) diagram showing variation of Mg, Na and Cl + F versus Si. Data from...
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Journal Article
Published: 01 July 2016
American Mineralogist (2016) 101 (7): 1709–1716.
..., with the registration number 19116. F.C. E.V. Galuskin, F. Gfeller, I.O. Galuskina, T. Armbruster, R. Bailau, and V.V. Sharygin (2015) Mayenite supergroup, part I: Recommended nomenclature. European Journal of Mineralogy, 27, 99–111. E.V. Galuskin, I.O. Galuskina, J. Kusz, F. Gfeller, T. Armbruster, R...
Journal Article
Published: 01 October 2015
Mineralogical Magazine (2015) 79 (5): 1061–1072.
... . Galuskin E.V. Gfeller F. Armbruster T. Galuskina I. O. Vapnik Ye. Dulski M. Murashko M. Dzierżanowski P. Sharygin V.V. Krivovichev S.V. Wirth R. ( 2015b ) Mayenite supergroup, Part III: Fluormayenite, Ca1 2 Al1 4 O 32 [□ 4 F 2 ], and fluorkyuygenite, Ca 12 Al...
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