Search Results - "Fritsch, V."

Entropy Evolution in the Magnetic Phases of Partially Frustrated CePdAl by Lucas, S, Grube, K, Huang, C-L, Sakai, A, Wunderlich, S, Green, E L, Wosnitza, J, Fritsch, V, Gegenwart, P, Stockert, O, V Löhneysen, H

“…In the heavy-fermion metal CePdAl, long-range antiferromagnetic order coexists with geometric frustration of one-third of the Ce moments. At low temperatures,…”
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Approaching quantum criticality in a partially geometrically frustrated heavy-fermion metal by Fritsch, V., Bagrets, N., Goll, G., Kittler, W., Wolf, M. J., Grube, K., Huang, C.-L., Löhneysen, H. v.

“…In the antiferromagnetic (AF) heavy-fermion system CePdAI the magnetic Ce ions form a network of equilateral triangles in the (001) plane, similar to the…”
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Magnetic and Structural Quantum Phase Transitions in CeCu6−xAux are Independent by Grube, K, Pintschovius, L, Weber, F, Castellan, J-P, Zaum, S, Kuntz, S, Schweiss, P, Stockert, O, Bachus, S, Shimura, Y, Fritsch, V, Löhneysen, H v

“…The heavy-fermion compound CeCu6−xAux has become a model system for unconventional magnetic quantum criticality. For small Au concentrations 0≤x<0.16, the…”
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Low-temperature magnetic, thermodynamic, and transport properties of antiferromagnetic CeAuSn single crystals by Huang, C. L., Fritsch, V., Pilawa, B., Yang, C. C., Merz, M., Löhneysen, H. v.

“…We present measurements of the magnetization M, specific heat C, resistivity [rho], and magnetoresistance MR of single-crystalline hexagonal CeAuSn for…”
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Orbital freezing and orbital glass state in FeCr2S4 by FICHTL, R, TSURKAN, V, LUNKENHEIMER, P, HEMBERGER, J, FRITSCH, V, KRUG VON NIDDA, H.-A, SCHEIDT, E.-W, LOIDL, A

“…Low-temperature specific heat measurements and dielectric spectroscopy have been performed on polycrystalline and single-crystalline FeCr2S4, the single…”
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Role of the tuning parameter at magnetic quantum phase transitions by Fritsch, V., Stockert, O., Huang, C.-L., Bagrets, N., Kittler, W., Taubenheim, C., Pilawa, B., Woitschach, S., Huesges, Z., Lucas, S., Schneidewind, A., Grube, K., Löhneysen, H. v.

“…Heavy-fermion systems, with their competition between Kondo and RKKY interactions, offer a rich variety of materials that may be driven to a magnetic quantum…”
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Evidence for Jahn-Teller distortions at the antiferromagnetic transition in LaTiO3 by Hemberger, J, Krug von Nidda, H-A, Fritsch, V, Deisenhofer, J, Lobina, S, Rudolf, T, Lunkenheimer, P, Lichtenberg, F, Loidl, A, Bruns, D, Büchner, B

“…LaTiO3 is known as a Mott insulator which orders antiferromagnetically at T(N)=146 K. We report on results of thermal expansion and temperature dependent x-ray…”
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Observation of field-induced single impurity behavior in the heavy fermion compound Ce3Co4Sn13 by CORNELIUS, A. L, CHRISTIANSON, A. D, LAWRENCE, J. L, FRITSCH, V, BAUER, E. D, SARRAO, J. L, THOMPSON, J. D, PAGLIUSO, P. G

“…We have performed heat capacity measurements in magnetic fields to 90kOe on single crystals of the cubic heavy fermion compound Ce3Co4Sn13. In zero field,…”
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Orbital physics in sulfur spinels: ordered, liquid and glassy ground states by Büttgen, N, Hemberger, J, Fritsch, V, Krimmel, A, Mücksch, M, Krug von Nidda, H-A, Lunkenheimer, P, Fichtl, R, Tsurkan, V, Loidl, A

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Orbital fluctuations and orbital order in FeCr2S4 by TSURKAN, V, FRITSCH, V, LOIDL, A, HEMBERGER, J, VON NIDDA, H.-A. Krug, BÜTTGEN, N, SAMUSI, D, KÖRNER, S, SCHEIDT, E.-W, HORN, S, TIDECKS, R

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Low-temperature specific heat of YbIn1-xCux by TOKIWA, Y, RONNING, F, FRITSCH, V, MOVSHOVICH, R, THOMPSON, J. D, SARRAO, J. L

“…We investigated geometrically frustrated YbIn1-xRhxCu4 in order to search for quantum criticality associated with ferromagnetic correlations. We report…”
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Antiferromagnetic order and evolution of magnetic entropy in RE4Zn5Ge6 (Re = Y, Gd-Lu) by FRITSCH, V, MORENO, N. O, THOMPSON, J. D, SARRAO, J. L, BOBEV, S

“…We investigated the physical properties of eight new polar intermetallic phases RE4Zn5Ge6 (RE = Y, Gd, Tb, Dy, Ho, Er, Tm, Lu). The compounds are isostructural…”
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Antiferromagnetic order in Ce3Ni2+xSi8-x (x 1) by FRITSCH, V, BOBEV, S, THOMPSON, J. D, SARRAO, J. L

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Alternating d(G‐A) sequences form a parallel‐stranded DNA homoduplex by Rippe, K., Fritsch, V., Westhof, E., Jovin, T.M.

“…The oligonucleotides d[(G‐A)7G] and d[(G‐A)12G] self‐associate under physiological conditions (10 mM MgCl2, neutral pH) into a stable double‐helical structure…”
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Three-center hydrogen bonds in DNA : molecular dynamics of poly(dA).poly(dT) by FRITSCH, V, WESTHOF, E

“…The program AMBER 3.0 has been used to generate molecular trajectories of several models of dA.dT oligomers. The simulations were done without explicit solvent…”
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Observation of field-induced single impurity behavior in the heavy fermion compound by Cornelius, A.L., Christianson, A.D., Lawrence, J.L., Fritsch, V., Bauer, E.D., Sarrao, J.L., Thompson, J.D., Pagliuso, P.G.

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Frustration-induced quantum criticality in Ni-doped CePdAl as revealed by the µ SR technique by Ishant, I., Shiroka, T., Stockert, O., Fritsch, V., Majumder, M.

“…In CePdAl, the 4 f moments of cerium arrange to form a geometrically frustrated kagome lattice. Due to frustration, in addition to Kondo and…”
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Monocyte-to-lymphocyte ratio as predictor of cancer therapy-related cardiotoxicity in patients with breast cancer by Saffi, M, Pivatto Junior, F, Barreto Santiago Santos, A, Foresti Englert, E, Mazzutti, G, Oliveira Magalhaes Costa, G, Emanuel Rubini Liedke, P, Henrique Fritsch, V, Biolo, A

“…Abstract Background Elevated pre-treatment baseline inflammation has been associated with cancer therapy-related cardiac dysfunction (CTRCD) in patients with…”
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Magnetic and Structural Quantum Phase Transitions in CeCu 6 − x Au x are Independent by Grube, K., Pintschovius, L., Weber, F., Castellan, J.-P., Zaum, S., Kuntz, S., Schweiss, P., Stockert, O., Bachus, S., Shimura, Y., Fritsch, V., Löhneysen, H. v.

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Molecular dynamics simulations of poly(dA).poly(dT): comparisons between implicit and explicit solvent representations by Fritsch, V, Ravishanker, G, Beveridge, D L, Westhof, E

“…The program AMBER 3.0 has been used to generate molecular dynamics trajectories of a poly(dA).poly(dT) decamer. The simulations were performed using different…”
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