ELECTRON SPIN RESONANCE IN SOME COMPOUNDS OF IRON-GROUP TRANSITION ELEMENTS CONTAINING GROUP VB ELEMENTS.

ELECTRON SPIN RESONANCE IN SOME COMPOUNDS OF IRON-GROUP TRANSITION ELEMENTS CONTAINING GROUP VB ELEMENTS. Isaev-Ivanov, V., Kolchanova, N., Masterov, V., Nasledov, D., & Talalakin, G. Sov Phys Solid State, 15(9):1711-1714, 1974. cited By 0

Paper abstract bibtex

The electron spin resonance and the static magnetic susceptibility of TB**V compounds (Fe//xAs//y, Cr//xAs//y, Fe//xSb//y) were investigated in a wide range of temperatures. The results were analyzed bearing in mind the crystal structure of these compounds. The compounds with different stoichiometric compositions but with the same lattice had different magnetic properties. Some of them exhibited magnetic ordering (in the case of CrAs the authors found that T//c was 210 degree K and in the case of FeAs it was 130 degree K); other compounds containing large amounts of B**V showed no magnetic ordering. When the synthesis temperature was raised, the proportion of the phase that could not be ordered increased. One of the possible causes of the anomalous properties of A**I**I**IB**V crystals doped with the iron-group transition elements could be the formation of a magnetic second phase.

@ARTICLE{Isaev-Ivanov19741711,
author={Isaev-Ivanov, V.V. and Kolchanova, N.M. and Masterov, V.F. and Nasledov, D.N. and Talalakin, G.N.},
title={ELECTRON SPIN RESONANCE IN SOME COMPOUNDS OF IRON-GROUP TRANSITION ELEMENTS CONTAINING GROUP VB ELEMENTS.},
journal={Sov Phys Solid State},
year={1974},
volume={15},
number={9},
pages={1711-1714},
note={cited By 0},
url={https://www.scopus.com/inward/record.uri?eid=2-s2.0-0016037547&partnerID=40&md5=f5aaaa182bfe61cb6248a0f5aab3f50d},
abstract={The electron spin resonance and the static magnetic susceptibility of TB**V compounds (Fe//xAs//y, Cr//xAs//y, Fe//xSb//y) were investigated in a wide range of temperatures. The results were analyzed bearing in mind the crystal structure of these compounds. The compounds with different stoichiometric compositions but with the same lattice had different magnetic properties. Some of them exhibited magnetic ordering (in the case of CrAs the authors found that T//c was 210 degree K and in the case of FeAs it was 130 degree K); other compounds containing large amounts of B**V showed no magnetic ordering. When the synthesis temperature was raised, the proportion of the phase that could not be ordered increased. One of the possible causes of the anomalous properties of A**I**I**IB**V crystals doped with the iron-group transition elements could be the formation of a magnetic second phase.},
correspondence_address1={Isaev-Ivanov, V.V.},
coden={SPSSA},
abbrev_source_title={Sov Phys Solid State},
document_type={Article},
source={Scopus},
}

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