Search Results - "Eremin, Mikhail V."

Nonreciprocity of Optical Absorption in the Magnetoelectric Antiferromagnet CuB2O4 by Boldyrev, Kirill N., Molchanova, Anastasiia D., Nurmukhametov, Alexey R., Eremin, Mikhail V., Pisarev, Roman V., Popova, Marina N.

“…The change in the absorption spectra due to reversal of the direction of light propagation (nonreciprocity of absorption) is a consequence of a simultaneous…”
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Nonreciprocity of Optical Absorption in the Magnetoelectric Antiferromagnet CuB[sub.2]O[sub.4] by Boldyrev, Kirill N, Molchanova, Anastasiia D, Nurmukhametov, Alexey R, Eremin, Mikhail V, Pisarev, Roman V, Popova, Marina N

“…The change in the absorption spectra due to reversal of the direction of light propagation (nonreciprocity of absorption) is a consequence of a simultaneous…”
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Microscopic origin of anomaly in La2−x−y(Nd,Eu)y(Ba,Sr)xCuO4 by Larionov, Igor A, Eremin, Mikhail V

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Microscopic origin of [formula omitted] anomaly in La 2− x− y(Nd,Eu) y(Ba,Sr) xCuO 4 by Larionov, Igor A, Eremin, Mikhail V

“…We adopt a t 1– t 2– t 3– J– G model for explanation of x≈ 1 8 anomaly in HTSC compounds. The calculated charge susceptibility has a maximum near ( π, π)…”
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Microscopic origin of 1/8 anomaly in La2-x-y(Nd, Eu)y(Ba, Sr)xCuO4 by Larionov, I A, Eremin, M V

“…We adopt a t1-t2-t3-J-G model for explanation of x#~1/8 anomaly in HTSC compounds. The calculated charge susceptibility has a maximum near (*p, *p) leading to…”
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Microscopic origin of 1/8 anomaly in La2-x-y(Nd, Eu)y(Ba, Sr)xCuO4 by LARIONOV, Igor A, EREMIN, Mikhail V

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Mechanisms of exchange interactions in some transition metal carboxylates, sulfates, and chlorides by Rakitin, Yurii V., Kalinnikov, Vladimir T., Eremin, Mikhail V.

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