Chemical Bonding in Compounds of the CuAl2 Family: MnSn2, FeSn2 and CoSn2
Author:
Publisher
Wiley
Subject
General Chemistry,Catalysis,Organic Chemistry
Reference86 articles.
1. R�ntgenuntersuchung von Kobalt-Zinnlegierungen und ein Vergleich des Systems Co?Sn mit Fe?Sn und Ni?Sn
2. x-Ray Analysis of Iron-Tin Alloys
3. Ueber Zinn - Eisen; bei der Zinnsalzfabrikation erhalten
4. 382. Intermetallic compounds formed in mercury. Part V. Compounds in the Zn–Mn, Zn–Co, Zn–Ni, Al–Fe, Sn–Mn, and Sn–Co systems
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