Search Results - "STELMAKHOVYCH, O"

Room-temperature antiferromagnetism in CuMnAs by Máca, F., Mašek, J., Stelmakhovych, O., Martí, X., Reichlová, H., Uhlířová, K., Beran, P., Wadley, P., Novák, V., Jungwirth, T.

“…We report on an experimental and theoretical study of CuMn–V compounds. In agreement with previous works we find low-temperature antiferromagnetism with Néel…”
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Large hydrogen capacity in hydrides R2Ni2In―H (R=La, Ce, Pr, Nd) with new structure type by DZEVENKO, M, MILIYANCHUK, K, FILINCHUK, Ya, STELMAKHOVYCH, O, AKSELRUD, L, HAVELA, L, KALYCHAK, Ya

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SmZn11-type derivative compound in the Yb―Zn―Al system: Crystal structure and magnetic properties by STELMAKHOVYCH, O, STELMAKHOVYCH, B, UHLIROVA, K, MASKOVA, S, HAVELA, L, KALYCHAK, Ya

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Crystal structure and electronic properties of Gd3Zn4.7Al6.3 by STELMAKHOVYCH, O, STELMAKHOVYCH, B, HAVELA, L, KALYCHAK, Ya

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Crystal structure and electronic properties of Gd 3Zn 4.7Al 6.3 by Stelmakhovych, O., Stelmakhovych, B., Havela, L., Kalychak, Ya

“…Gd 3Zn 4.7Al 6.3 crystallizes in the La 3Al 11-type of structure (space group Immm, Z=2, a=0.42523(6), b=1.2541(2), c=0.9988(4) nm). The magnetization and…”
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Large hydrogen capacity in hydrides R 2Ni 2In–H (R = La, Ce, Pr, Nd) with new structure type by Dzevenko, M., Miliyanchuk, K., Filinchuk, Ya, Stelmakhovych, O., Akselrud, L., Havela, L., Kalychak, Ya

“…Several new hydrides with the composition R 2Ni 2InH x (R = La, Ce, Pr, Nd; x ≈ 4.5–5.0) were synthesized. They are based on the R 2Ni 2In compounds…”
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New intermetallic compounds in the RE–Zn–Al systems and their crystal structure by Stel’makhovych, B., Stel’makhovych, O., Kuz’ma, Yu

“…Crystal structures of some new compounds have been determined using X-ray powder data. The intermetallic compounds YbZn 1.75Al 2.25, SmZn 1.62Al 2.38, NdZn…”
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Magnetism and hydrogen absorption in UNiZn by Mašková, S., Daniš, S., Miliyanchuk, K., Stelmakhovych, O., Vondráčková, B., Kolomiets, A.V., Havela, L.

“…UNiZn is the first Zn containing UTX ternary with the ZrNiAl structure type. Zn is smaller than other p-metals (Al, Ga, Sn, In) forming this type of structure…”
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Crystal structure and magnetic properties of YbZn8.5Al2.5 compound by Stelmakhovych, O., Stelmakhovych, B., Kalychak, Ya, Havela, L.

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SmZn sub(11-type derivative compound in the Yb-Zn-Al system: Crystal structure and magnetic properties) by Stelmakhovych, O, Stelmakhovych, B, Uhlirova, K, Maskova, S, Havela, L, Kalychak, Ya

“…Crystal structure and magnetic properties are reported for Yb sub(3.50Zn) sub(3)2.1Al sub(1.4 prepared in single-crystalline form. It adopts the SmZn)…”
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Crystal structure and magnetic properties of YbZn sub(8.5)Al sub(2.5) compound by Stelmakhovych, O, Stelmakhovych, B, Kalychak, Ya, Havela, L

“…Details of the crystal structure of new aluminide YbZn sub(8.5)Al sub(2.5) (BaHg sub(11)-type structure, SG Pm[MathML equation]m, a = 0.845202(6) nm, R sub(I)…”
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Crystal structure and magnetic properties of YbZn 8.5Al 2.5 compound by Stelmakhovych, O., Stelmakhovych, B., Kalychak, Ya, Havela, L.

“…Details of the crystal structure of new aluminide YbZn 8.5Al 2.5 (BaHg 11-type structure, SG Pm 3 ¯ m, a = 0.845202(6) nm, R I = 0.071, R P = 0.083) have been…”
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SmZn 11-type derivative compound in the Yb–Zn–Al system: Crystal structure and magnetic properties by Stelmakhovych, O., Stelmakhovych, B., Uhlířová, K., Mašková, S., Havela, L., Kalychak, Ya

“…Crystal structure and magnetic properties are reported for Yb 3.50Zn 32.1Al 1.4 prepared in single-crystalline form. It adopts the SmZn 11-type of structure…”
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SmZn{sub 11}-type derivative compound in the Yb-Zn-Al system: Crystal structure and magnetic properties by Stelmakhovych, O., Department of Condensed Matter Physics, Faculty of Mathematics and Physics, Charles University, Ke Karlovu 5, 12116 Prague 2, Stelmakhovych, B., Uhlirova, K., Maskova, S., Havela, L., Kalychak, Ya

“…Crystal structure and magnetic properties are reported for Yb{sub 3.50}Zn{sub 32.1}Al{sub 1.4} prepared in single-crystalline form. It adopts the SmZn{sub…”
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Defect-induced magnetic structure of CuMnSb by Maca, F, Kudrnovsky, J, Drchal, V, Turek, I, Stelmakhovych, O, Beran, P, Llobet, A, Marti, X

“…Ab initio total energy calculations show that the antiferromagnetic (111) order is not the ground state for the ideal CuMnSb Heusler alloy in contrast to the…”
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CuMn-V compounds: a transition from semimetal low-temperature to semiconductor high-temperature antiferromagnets by Maca, F, Masek, J, Stelmakhovych, O, Marti, X, Uhlirova, K, Beran, P, Reichlova, H, Wadley, P, Novak, V, Jungwirth, T

“…We report on a theoretical and experimental study of CuMn-V antiferromagnets. Previous works showed low-temperature antiferomagnetism and semimetal electronic…”
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