Magnussonite, mn2+18 (as3+o3)6mn1+x(h2o, clx, ): re-examination of the structure and the [mn1+(as3+o3)6] cluster

HIGHLIGHTS

• who: Frank C. Hawthorne et al. from the Department of Geological Sciences, University of Manitoba, Winnipeg, MB R T , Canada have published the article: Magnussonite, Mn2+18 (As3+O3)6Mn1+x(H2O, Clx, ): Re-Examination of the Structure and the [Mn1+(As3+O3)6] Cluster, in the Journal: Crystals 2022, 12, x FOR PEER REVIEW of /2022/

SUMMARY

During comprehensive study of the minerals of Långban, Sweden, Paul B. Moore and Takaharu Araki unraveled the atomic arrangements of dixenite, ideally Cu+ Fe3+ Mn2+ 14 (As5+ O4 )(As3+ O3 )5 (SiO4 )2 (OH . . .

 



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