Precise magnetization measurement and magnetostriction of dense-Kondo compound CeNi sub(2)Al sub(5)

Precise magnetization measurement and magnetostriction of dense-Kondo compound CeNi sub(2)Al sub(5)

The precise magnetization at 400 mK and magnetostriction at 1.2K of a magnetic dense-Kondo compound CeNi sub(2)Al sub(5) with a complex magnetic phase diagram are presented. Obvious anomalies corresponding to the phase transitions have been observed, involving stepwise changes of magnetization occur...

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Veröffentlicht in:Journal of magnetism and magnetic materials 2001-05, Vol.226, p.205-207
Hauptverfasser: Isikawa, Y, Akamaru, S, Mizushima, T, Kuwai, T, Sakurai, J, Tenya, K, Takikawa, T, Sakakibara, T, Takeuchi, T, Miyako, Y
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container_title Journal of magnetism and magnetic materials
container_volume 226
creator Isikawa, Y
Akamaru, S
Mizushima, T
Kuwai, T
Sakurai, J
Tenya, K
Takikawa, T
Sakakibara, T
Takeuchi, T
Miyako, Y
description The precise magnetization at 400 mK and magnetostriction at 1.2K of a magnetic dense-Kondo compound CeNi sub(2)Al sub(5) with a complex magnetic phase diagram are presented. Obvious anomalies corresponding to the phase transitions have been observed, involving stepwise changes of magnetization occurring at B sub(i)= 3.52T, B sub(e)= 6.58T, B sub(h)= 5.67T and B sub(f)= 6.36T. At these fields, stepwise changes of magnetostriction are also observed. Only the field B sub(i) increases with increasing temperature, contrary to the other transition fields. We contend that not only the Kondo effect but also magnetoelastic and/or quadrapolar effects must be taken into account to explain these complex phase transitions. copyright 2001 Elsevier Science B.V. All rights reserved.
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Obvious anomalies corresponding to the phase transitions have been observed, involving stepwise changes of magnetization occurring at B sub(i)= 3.52T, B sub(e)= 6.58T, B sub(h)= 5.67T and B sub(f)= 6.36T. At these fields, stepwise changes of magnetostriction are also observed. Only the field B sub(i) increases with increasing temperature, contrary to the other transition fields. We contend that not only the Kondo effect but also magnetoelastic and/or quadrapolar effects must be taken into account to explain these complex phase transitions. copyright 2001 Elsevier Science B.V. 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Obvious anomalies corresponding to the phase transitions have been observed, involving stepwise changes of magnetization occurring at B sub(i)= 3.52T, B sub(e)= 6.58T, B sub(h)= 5.67T and B sub(f)= 6.36T. At these fields, stepwise changes of magnetostriction are also observed. Only the field B sub(i) increases with increasing temperature, contrary to the other transition fields. We contend that not only the Kondo effect but also magnetoelastic and/or quadrapolar effects must be taken into account to explain these complex phase transitions. copyright 2001 Elsevier Science B.V. All rights reserved.</abstract></addata></record>
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title Precise magnetization measurement and magnetostriction of dense-Kondo compound CeNi sub(2)Al sub(5)
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