Magnetophonon resonance in Mn_xCd_yHg_(1-x-y)Te and Zn_xCd_yHg_(1-x-y)Te

J. Cebulski; T. Kakol; J. Polit

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Magnetophonon resonance in Mn_xCd_yHg_(1-x-y)Te and Zn_xCd_yHg_(1-x-y)Te

机译：Mn_xCd_yHg_（1-x-y）Te和Zn_xCd_yHg_（1-x-y）Te中的磁浮子共振

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Magnetophonon resonance (MPR) was studied in Mn_(0.095)Cd_(0.09)Hg_(0.815)Te and Mn_(0.04)Cd_(0.09)Hg_(0.77)Te quaternary solid solution. The fundamental line of MPR is observed at the magnetic field of about 10T. This value is considerably higher than that for Zn_xCd_yHg_(1-x-y)Te of the same energy gap. The interpretation of this effect is based on sp-d exchange interaction between the spin of free earners and the localized magnetic moments of the Mn~(2+) ions

机译：在Mn_（0.095）Cd_（0.09）Hg_（0.815）Te和Mn_（0.04）Cd_（0.09）Hg_（0.77）Te四元固溶体中研究了磁浮子共振（MPR）。在大约10T的磁场下观察到MPR的基本线。该值明显高于相同能隙的Zn_xCd_yHg_（1-x-y）Te的值。对这种效应的解释是基于自由赚取者的自旋与Mn〜（2+）离子的局部磁矩之间的sp-d交换相互作用

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《Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics》 |2004年第2期|共4页
作者
J. Cebulski; T. Kakol; J. Polit;
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正文语种 eng
中图分类合金学与各种性质合金;
关键词
Semiconductors; Crystal growth; Electron-phonon interactions; Magnetic measurements;

机译：半导体;晶体生长;电子-声子相互作用;磁测量;

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Magnetophonon resonance in Mn_xCd_yHg_(1-x-y)Te and Zn_xCd_yHg_(1-x-y)Te

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