An assemblage of ilmenite, pyrophanite and pseudurutile in Severny granite (the Chukchi peninsula)

References

1. Алексеев В.И. О происхождении литий-фтористых гранитов Северного массива (Чукотка) // Записки Российского минералогического общества. 2005. № 6. С.19-30.
2. Багдасаров Э.А. Сравнительная характеристика состава ильменитов изверженных пород// Записки Всесоюзного минералогического общества. 1986. № 2. С.155-165.
3. Ляхович В.В. Редкие элементы в акцессорных минералах гранитоидов. М., 1973. 275 с.
4. Минералы / Ред. Ф.В.Чухров. Т.2, вып.3. М., 1967. 286 с.
5. Тибилов И.В. Особенности геологического развития Севера Чукотки с позиций термодинамической парадигмы эндогенных процессов. Магадан, 2005. 304 с.
6. Тарасова Е. Акцесорни Fe-Ti оксиди от Малкотърновския плутон, Източно Средногорие / Е.Тарасова, М.Тарасов // Review of Bulgarian geological society. 1998. V.59, part 3. P.151-154.
7. Anderson A.T. Oxidation of the LaBlache lake titaniferous magnetite deposit, Quebec // Journal of Geology. 1968. V.76. P.528-547.
8. Buddington A.F. Iron-titanium oxide minerals and synthetic equivalents / A.F.Buddington, D.H.Lindsley // Journal of Petrology. 1964. V.5. P.310-357.
9. Czamanske G.K. Oxidation during magmatic differentiation, Finnmarka Complex, Oslo Area, Norway: Part 1. The opaque oxides / G.K.Czamanske, P.Mihálik // Journal of Petrology. 1972. V.13. Р.493-509.
10. Geochemical constraints from zoned hydro-thermal tourmalines on fluid evolution and Sn mineralization: an example from fault breccias at Roche, S.W.England / B.J.Williamson, J.Spratt, J.T.Adams, A.G.Tindle, C.J.Stanley // Journal of Petrology. 2000. V.41, Iss.9. P.1439-1453.
11. Gordon Medaris Jr.L. Pseudorutile in the Baraboo Range, Wisconsin: first recognition as a metamorfic mineral / Jr.L.Gordon Medaris, J.H.Fournelle // Canadian Mineralogist. 2012. V.50, № 5. P.1165-1172.
12. Handbook of Mineralogy. V.3. Halides, Hydrox- ides, Oxides / J.WAnthony, R.ABideaux, K.W.Bladh, M.C.Nichols. Tucson, 1997, 628 p.
13. Neumann E.R. The distribution of Mn2+ and Fe2+ between ilmenites and magnetites in igneous rocks // American Journal of Science. 1974. V.274. P.1074-1088.
14. Peters T. Experimental determination of activities in FeTiO3-MnTiO3 ilmenite solid solution by redox reversals / T.Peters, A.Feenstra // Contributions to mineralogy and petrology. 1996. V.126. P.109-120.
15. Prochazka V. Zn-rich ilmenite and pseudorutile: subsolidus products in peraluminous granites of the Melechov Massif, Moldanubian Batholith, Czech Republic / V.Prochazka, P.Uher, D.Matejka // Neues Jahrbuch für Mineralogie Abhandlungen. 2010. P.249-263.
16. Rene M. Titaniteilmenite assemblage in microgranodiorites from the northeastern margin of the Klenov granite body (Bohemian Massif, Czech Republic) // Acta Geodynamica et Geomaterialia. 2011. V.8, N.4 (164). P.479-487.
17. Sasaki K. Pyrophanite and high Mn ilmenite discovered in the Cretaceous Tono pluton, NE Japan / K.Sasaki, K.Nakashima, S.Kanisawa // Neues Jahrbuch für Mineralogie – Monatshefte. 2003. V.7. P.302-320.
18. Shroeder P.A. Weathering of ilmenite from granite and chlorite schist in the Georgia Piedmont / P.A.Shroeder, J.J.Le Golvan, M.F.Roden // American Mineralogist. 2002. V.87. P.1616-1625.
19. Tsusue A. The distribution of manganese and iron between ilmenite and granitic magma in the Osumi Peninsula // Japanese Magazine of Mineralogical and Petrological Sciences. 1973. V.40. P.305-314.