V. Sechovsky

Publication List Details

Period

1988 - 2007

Number

133

Co-Authors

Anomalous magnetoresistance of EuB$_{5.99}$C$_{0.01}$: Enhancement of magnetoresistance in systems with magnetic polarons (2007)

Batkova, M., Batko, I., Flachbart, K., Jurek, K., Konovalova, E. S., Kovac, J., ...

We present results of measurements of electrical, magnetic and thermal properties of EuB$_{5.99}$C$_{0.01}$. The observed anomalously large negative magnetoresistance as above, so below the Curie...

Field-induced magnetic structures in UNiGe (2002)

Brück, E.H., Prokes, K., Nakotte, H., Châtel, P.F. De, Sechovsky, V.

Below TN=50 K, UNiGe exhibits incommensurate (INC) antiferromagnetic (AF) order with an additional order-order (AF) phase transition at TM=42.5 K. The ground-state AF structure is characterized by a...

Magnetic-field-induced irreversibility in specific heat of UNiAl (2002)

Syshchenko, O., Prokes, K., Bruck, E.H., Sechovsky, V.

Results of low-temperature specific-heat ðCpÞ measurements of UNiAl single crystal in magnetic fields Bp14T are presented. At temperatures o7K, this antiferromagnet exhibits a first-order...

Canted ferromagnetic structure of UNiGe in high magnetic fields (2002)

Prokes, K., Chatel, P.F. De, Bruck, E.H., Boer, F.R. De, Ayuel, K., Nakotte, H., ...

UNiGe adopts the orthorhombic TiNiSi-type of structure and exhibits in zero field two different antiferromagnetic structures. Both are noncollinear with significant a axis component. Magnetic...

Electronic properties of a URhGe single crystal (2002)

Prokes, K., Tahara, T., Echizen, Y., Takabatake, T., Fujita, T., ...

Structural studies by means of powder X-ray diffraction and single-crystal neutron diffraction show that URhGe crystallizes in the orthorhombic TiNiSi-type of structure. Combined...

Field-induced change of the antiferromagnetic structure of UNiAl (2002)

Prokes, K., Javorsky, P., Gukasov, A., Bruck, E.H., Sechovsky, V.

UNiAl, which orders below TN ¼ 19:3K antiferromagnetically (AF), exhibits pronounced magnetic-historydependent phenomena. This concerns all bulk magnetic properties and also the microscopic magnetic...

Hybridization and pressure effects in UTX compounds (2002)

Alsmadi, A.M., Sechovsky, V., Lacerda, A., Prokes, K., Kamarad, J., Bruck, E.H., ...

The UTX intermetallic compounds ~T5transition metal and X5p-electron element! were found to crystallize mainly in two large groups, the orthorhombic TiNiSi and the hexagonal ZrNiAl structure. For...

Field dependence of the incommensurate magnetic order in UNiGe (2001)

Nakotte, H., Chang, S., Tun, Z., Prokes, K., Svoboda, P., Sechovsky, V., ...

Between 42 and 50 K, UNiGe exhibits an incommensurate phase (IP) with q (=0, , ) with a that is slightly larger than in zero "eld. We have studied the "eld dependence of this magnetic structure by...

Non-symmetric metamagnetic transition in UNiAl (2000)

Sechovsky, V., Kobayashi, Y., Sato, H., Aoki, H., Prokes, K., Bruck, E.H.

The electrical resistivity (o) and the Hall resistivity (oH) as a function of magnetic "eld was studied on a UNiAl single crystal at 2.9 and 4.2 K. Below 10 K, UNiAl undergoes a metamagnetic...

Possible non-Fermi-liquid behaviour in URh1/3Ni2/3Al (2000)

Prokes, K., Estrela, P., Klaasse, J.C.P., Andreev, A.V., Sechovsky, V., ...

The quasiternary intermetallic compound URh1@3Ni2@3Al crystallizes in the hexagonal ZrNiAl-type of structure, like the parent compounds URhAl (ferromagnet, ¹C"27 K) and UNiAl (antiferromagnet,...

Magnetic specific heat of a URhGe single crystal (2000)

Prokes, K., Echizen, Y., Takabatake, T., Fujita, T., Klaasse, J.C.P., ...

URhGe crystallizes in the orthorhombic TiNiSi-type of structure and has been studied untill now only in polycrystalline form. Here, we report on the low-temperature speci"c heat of URhGe measured on...

Possible non-Fermi-liquid behaviour in URh1/3Ni2/3Al (2000)

Prokes, K., Hagmusa, I. H., Estrela, Pedro, Klaasse, J. C. P., Andreev, A. V., Sechovsky, V., ...

The quasiternary intermetallic compound URh1/3Ni2/3Al crystallizes in the hexagonal ZrNiAl-type of structure, like the parent compounds URhAl (ferromagnet, TC = 27 K) and UNiAl (antiferromagnet, TN =...

Pressure dependence of the ferromagnetic to antiferromagnetic transition in Fe3(Ga1-xAlx)4 with x=0.0 and 0.1 (1999)

Duijn, H.G.M., Bruck, E.H., Buschow, K.H.J., Boer, F.R. De, Prokes, K., Sechovsky, V.

The ferromagnetic to antiferromagnetic transition in Fe3Ga4 is studied by means of ac-susceptibility measurements under chemical and external hydrostatic pressure. Substitution of Al for Ga results...

MAGNETIC PROPERTIES AND HYBRIDIZATION EFFECTS IN UTX COMPOUNDS (1988)

Sechovsky, V., Havela, L., De Boer, F., Veenhuizen, P., Brück, E.

Systematic trends in the results of magnetic and specific-heat studies of UTX compounds (T = transition metal, X = p element) are discussed in terms of the degree of the U-5f electron delocalization...

MAGNETIC PROPERTIES OF URuAl AND URhAl SINGLE CRYSTALS (1988)

Veenhuizen, P., De Boer, F., Menovsky, A., Sechovsky, V., Havela, L.

Single crystals were grown in order to investigate the low temperature magnetic properties of URuAl and URuAl. Both compounds show huge magnetocrystalline anisotropy with the c direction as the easy...

TEMPERATURE AND CONCENTRATION DEPENDENCE OF THE SPECIFIC HEAT OF (ErxY1-x) Co2 (1988)

Pillmayr, N., Hilscher, G., Gratz, E., Sechovsky, V.

We report on specific heat measurements of (ErxY1-x) Co2 in the temperature range from 1.5 to 60 K. The variation of the electronic, phonon and magnetic contribution to the specific heat as well as...

THE LOSS OF MAGNETISM IN U(Fe, Cr)2 (1988)

Andreev, A., Havela, L., Sechovsky, V.

The magnetic bahaviour of U (Fe, Cr)2 compounds was studied. UFe2 is a ferromagnet with Curie temperature TC ≈ 160 K and a spontaneous moment µs ≈ 1.2µB/f.u. Substitution of Cr for Fe...

MAGNETIC PROPERTIES AND HYBRIDIZATION EFFECTS IN UTX COMPOUNDS (1988)

Sechovsky, V., Havela, L., De Boer, F., Veenhuizen, P., Brück, E.

Systematic trends in the results of magnetic and specific-heat studies of UTX compounds (T = transition metal, X = p element) are discussed in terms of the degree of the U-5f electron delocalization...

MAGNETIC PROPERTIES OF URuAl AND URhAl SINGLE CRYSTALS (1988)

Veenhuizen, P., De Boer, F., Menovsky, A., Sechovsky, V., Havela, L.

Single crystals were grown in order to investigate the low temperature magnetic properties of URuAl and URuAl. Both compounds show huge magnetocrystalline anisotropy with the c direction as the easy...

TEMPERATURE AND CONCENTRATION DEPENDENCE OF THE SPECIFIC HEAT OF (ErxY1-x) Co2 (1988)

Pillmayr, N., Hilscher, G., Gratz, E., Sechovsky, V.

We report on specific heat measurements of (ErxY1-x) Co2 in the temperature range from 1.5 to 60 K. The variation of the electronic, phonon and magnetic contribution to the specific heat as well as...

THE LOSS OF MAGNETISM IN U(Fe, Cr)2 (1988)

Andreev, A., Havela, L., Sechovsky, V.

The magnetic bahaviour of U (Fe, Cr)2 compounds was studied. UFe2 is a ferromagnet with Curie temperature TC ≈ 160 K and a spontaneous moment µs ≈ 1.2µB/f.u. Substitution of Cr for Fe...

MAGNETIC PROPERTIES AND HYBRIDIZATION EFFECTS IN UTX COMPOUNDS (1988)

Sechovsky, V., Havela, L., De Boer, F., Veenhuizen, P., Brück, E.

Systematic trends in the results of magnetic and specific-heat studies of UTX compounds (T = transition metal, X = p element) are discussed in terms of the degree of the U-5f electron delocalization...

MAGNETIC PROPERTIES OF URuAl AND URhAl SINGLE CRYSTALS (1988)

Veenhuizen, P., De Boer, F., Menovsky, A., Sechovsky, V., Havela, L.

Single crystals were grown in order to investigate the low temperature magnetic properties of URuAl and URuAl. Both compounds show huge magnetocrystalline anisotropy with the c direction as the easy...

TEMPERATURE AND CONCENTRATION DEPENDENCE OF THE SPECIFIC HEAT OF (ErxY1-x) Co2 (1988)

Pillmayr, N., Hilscher, G., Gratz, E., Sechovsky, V.

We report on specific heat measurements of (ErxY1-x) Co2 in the temperature range from 1.5 to 60 K. The variation of the electronic, phonon and magnetic contribution to the specific heat as well as...

THE LOSS OF MAGNETISM IN U(Fe, Cr)2 (1988)

Andreev, A., Havela, L., Sechovsky, V.

The magnetic bahaviour of U (Fe, Cr)2 compounds was studied. UFe2 is a ferromagnet with Curie temperature TC ≈ 160 K and a spontaneous moment µs ≈ 1.2µB/f.u. Substitution of Cr for Fe...