This article discusses the recently intensified studies on the ThMn 12-type hard magnetic
compounds. Among the important developments were the synthesis of compounds superior …

We present a detailed study on the magnetic structure and magnetoelectric properties of
several double perovskites R 2 CoMn O 6 (R= Ho, Tm, Yb, and Lu). All of these samples …

Abstract Rare-earth (R)-iron alloys are a backbone of permanent magnets. Recent increase
in price of rare earths has pushed the industry to seek ways to reduce the R-content in the …

Alloy synthesis consisting of mechanical activation followed by annealing was explored as a
method of manufacturing medium-grade permanent magnet materials with a reduced …

Ni-doped Sm (Fe1− x Co x) 12 alloys are investigated for their magnetic properties. The Sm
(Fe, Co) 11 M 1 compound (M acts as a stabilizer) with the smallest (7.7 at.%) rare-earth …

Abstract Arc-melted (Zr 1− x Ce x) 1.1 Fe 10 Si 2 alloys were found to crystallize into a pure
or nearly pure ThMn 12 structure for 0≤ x≤ 0.6. At room temperature, the alloys exhibit …

Ce 1-x Sm x Fe 9 Co 2 Ti alloys based on the ThMn 12-type crystal structure have been
synthesized via melt-spinning of prefabricated alloys and via mechanochemical processing …

Abstract Arc-melted (Zr 0.7 R 0.3) 1.1 Fe 10 Si 2 alloys with R= Y, Ce, Pr and Sm crystallize
into the ThMn 12-type structure; La substitution leads to the formation of a separate NaZn 13 …

Mischmetal-Fe-B ribbons were prepared by melt-spinning method, and industrial mischetal
with low purity was selected as the raw material. By introducing La and employing …

We report the study of Zr 1-x Ce x Fe 10 Si 2 (x= 0.0, 0.3 and 0.6) compounds, with
tetragonal ThMn 12 structure, by means of neutron diffraction and Mössbauer spectroscopy …