Effect of nanostructuring of the Ge_(1 - x)Mn_x single-crystal alloy on the percolation and cluster ferromagnetism

Morgunov R.B.; Dmitriev A.I.; Kazakova O.L.

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Effect of nanostructuring of the Ge_(1 - x)Mn_x single-crystal alloy on the percolation and cluster ferromagnetism

机译：Ge_（1-x）Mn_x单晶合金的纳米结构对渗流和团簇铁磁性的影响

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Nanostructuring of the Ge_(0.99)Mn_(0.01) single-crystal alloy with the formation of nanowires 60 nm in diameter has been revealed to bring about an increase in the temperature of the percolation transition to the ferromagnetic state to T_(C1) ≈ 45 K and a broadening of the distribution of Curie temperatures in Ge_nMn_m clusters T_(C2) ≈ 125-270 K as compared to Ge_(0.98)Mn_(0.02) thin single-crystal films for which T_(C1) ≈ 6 K and T_(C2) ≈ 270 K.

机译：揭示了Ge_（0.99）Mn_（0.01）单晶合金的纳米结构及其直径为60 nm的纳米线的形成，导致渗流转变为铁磁态到T_（C1）≈45的温度升高。 K和Ge_nMn_m簇T_（C2）≈125-270 K的居里温度分布的拓宽，与T_（C1）≈6 K和T_（ C2）≈270K。

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《Physics of the solid state》 |2010年第4期|共4页
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Morgunov R.B.; Dmitriev A.I.; Kazakova O.L.;
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1. Effect of nanostructuring of the Ge_(1 - x)Mn_x single-crystal alloy on the percolation and cluster ferromagnetism [J] . Morgunov R.B., Dmitriev A.I., Kazakova O.L. Physics of the solid state . 2010,第4期

机译：Ge_（1-x）Mn_x单晶合金的纳米结构对渗流和团簇铁磁性的影响
2. Magnetic and electronic transport percolation in epitaxial Ge_(1-x)Mn_x films [J] . N. Pinto, L. Morresi, M. Ficcadenti, Physical review. B, Condensed Matter And Materials Physics . 2005,第16期

机译：外延Ge_（1-x）Mn_x薄膜中的磁和电子输运渗透
3. Ferromagnetic Transition in Ge_(1-x)Mn_x Te Layers [J] . W. KNOFF, V. DOMUKHOVSKI, K. DYBKO, Acta Physica Polonica . 2009,第5期

机译：Ge_（1-x）Mn_x Te层中的铁磁跃迁
4. Engineering the magnetic properties of Ge_(1-x)Mn_x nanowires [C] . Olga Kazakova, Jaideep S. Kulkarni, Donna C. Arnold Joint MMM-Intermag Conference . 2007

机译：工程Ge_（1-x）Mn_x纳米线的磁性特性
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Effect of nanostructuring of the Ge_(1 - x)Mn_x single-crystal alloy on the percolation and cluster ferromagnetism

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