… planar faulting in R 2 Co 17 for intermediate rare-earth atoms and the occurrence of other
stacking variants in the alloys … taken into account; for intermediate rare-earth atoms, where the …

… In the case of some rare earth-transition metal binary alloys, … As we go from the lighter rare
earth to the heavier ones, the … , for the intermediate rare earth atoms heavy planar faulting has …

… as a stacking fault with fault vector normal to the interfacial plane. APB's parallel to … planar
faults have been observed in the l:S materials containing misch metal as the major rare-earth …

… of Co atoms which are usually termed “dumbbells” [3]. When the substitution of rare earth
atoms by the Co … From the magnetic point of view the planar faulting in the basal plane cannot …

… The heavy rare earth metal Gd is considered to be the typical working substance for room …
Planar faulting in rare earth-Co 2:17 alloys. Solid State Commun, 2002, 122: 105–109 …

… One of the alloys chosen for the present study is an … , this planar fault disturbs the position of
both Sm and "Co" atoms (… of mm instead of pure rare earth elements to prepare magnets with …

… type of planar faulting that one … faults and polytypism in the R2Co17 (R is a rare earth or
yttrium) compounds should be important factors influencing the magnetic behavior of such alloys…

… the basal plane faulting has been considerably reduced, and the remaining features are
consistent with twin bands, these being typically O. 5 !lm wide and lying on the (0001) plane. …

… A finite HC and a Sv value at N 0 describes only the lack of extensive planar faulting … SmCo,
Cu5 matrix which gives rise to heavy faulting. Considering the fact that a functional relation …

… plane. The nucleation of <c + a> dislocations was identified to be a critical step in activating
the out-of-basal-plane shear modes where the intrinsic stacking fault … that rare earth elements …