Диссертация (1097575), страница 42
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Phys.-2005.-Vol.7.-P.83-1-14.53.Liu P., Liang M.-L., Yuan B. Entanglement in the three –qubit Heisenberg modelwith next nearest neighbor interaction and nonuniform magnetic field // Eur. Phys. J. D2007.-Vol.41.-P.571-578.54.Gisin N. Bell’s inequality holds for all non-product sates // Phys. Lett. A-1991.-Vol.154.-P.201-202.30855.Majumdar C.K., Ghosh D.K., On Next-Nearest-Neighbor Interaction in LinearChain // J. Math. Phys.-1969.-Vol.10.-P.1388-1398.56.Drechsler S.–L., Volkova O., Vasiliev A.N., Tristan N., Richter J., Schmitt M.,Rosner H., Malek J., Klingeler R., Zvyagin A.A., Büchner B. Frustrated cuprate routefrom antiferromagnetic to ferromagnetic spin – ½ Heisenberg chains: Li2CuZrO4 as amissing link near the quantum critical point // Phys. Rev.
Lett. -2007.-Vol.98.-P.077202-1-4.57.Barnes T., Riera J., Tennant D.A. S=1/2 alternating chain using multiprecisionmethods // Phys. Rev. B-1999-Vol.59.-P.11384-11397.58.Bonner J.C., Friedberg S.A., Kobayashi H., Meier D.L., Blöte H.W.J. Alternatinglinear – chain antiferromagnetism in copper nitrate Cu(NO3)2·2.5H2O // Phys. Rev. B 1983.-Vol.27.-P.248-260.59.Hatfield W.E. New magnetic and structural results for uniformly spaced,alternatingly spaced, and ladder –like copper (II) linear chain compounds // J. Appl.Phys.-1980.-Vol.52.-P.1985-1990.60.Kikuchi J., Motoya K., Yamauchi T., Ueda Y. Coexistence of double alternatingantiferromagnetic chains in (VO)2P2O7 // Phys. Rev. B-1999.-Vol.60.-P.6731-6739.61.Garrett A.W., Nagler S.E., Tennant D.A., Sales B.C., Barnes T.
Magneticexcitions in the S=1/2 alternating chain compound (VO)2P2O7 // Phys. Rev. Lett.-1997.Vol.79.-P.745-748.62.Yamauchi T., Narumi Y., Kikuchi J., Ueda Y., Tatani K., Kobayashi T.C., KindoK., Motoya K. Two gaps in (VO)2P2O7: observation using high – field magnetizationand NMR // Phys. Rev. Lett.-1999.-Vol.83.-P.3729-3732.63.HaldaneF.D.M.NonlinearFieldTheoryofLarge-SpinHeisenbergAntiferromagnets: Semiclassically Quantized Solitons of the One-Dimensional Easy-AxisNéel State // Phys.
Rev. Lett.-1983.-Vol.50.-P.1153-1156.64.Haldane F.D.M. O(3) Nonlinear σ Model and the Topological Distinctionbetween Integer- and Half-Integer-Spin Antiferromagnets in Two Dimensions // Phys.Rev. Lett.-1988.-Vol.61.-P.1029-1032.30965.Botet R., Jullien R., Kolb M. Finite-size-scaling study of the spin-1 Heisenberg-Ising chain with uniaxial anisotropy // Phys.
Rev. B-1983.-Vol.28.-P.3914-3921.66.Botet R., Jullien R. Ground-state properties of a spin-1 antiferromagnetic chain //Phys. Rev. B-1983.-Vol.27.-P.613-615.67.Law J.M., Benner H., Kremer R.K. Padé approximations for the magneticsusceptibilities of Heisenberg antiferromagnetic spin chains for various spin values // J.Phys. Condens. Matter-2013.-Vol.25.-P.065601-1-4.68.Yamamoto S., Miyashita S. Thermodynamic properties of S=1 antiferromagneticHeisenberg chains as Haldane systems // Phys. Rev. B-1993.-Vol.48.-P.9528-9538.69.Uchiyama Y., Sasago Y., Tsukada I., Uchinokura K., Zheludev A., Hayashi T.,Miura N., Böni P. Spin-Vacancy-Induced Long-Range Order in a New Haldane-GapAntiferromagnet // Phys.
Rev. Lett.-1999.-Vol.83.-P.632-635.70.Zheludev A., Masuda T., Uchinokura K., Nagler S. E., Zone-boundary excitationsin coupled Haldane spin chain compounds PbNi2V2O8 and SrNi2V2O8 // Phys. Rev. B 2001.-Vol.64.-P.134415-1-7.71.Darriet J., Regnault L.P. The compound Y2BaNiO5: A new example of a haldanegap in A S = 1 magnetic chain // Sol. State Comm.-1993.-Vol.86.-P.409-412.72.Yokoo T., Sakaguchi T., Kakurai K., Akimitsu J. Observation of the Haldane Gapin Y2BaNiO5 Single Crystal // J. Phys. Soc.
Jpn-1995.-Vol.64.-P.3651-3655.73.Guangyong Xu, DiTusa J.F., Ito T. Oka K., Takagi H., Broholm C., Aeppli G.Y2BaNiO5: A nearly ideal realization of the S=1 Heisenberg chain withantiferromagnetic interactions // Phys. Rev. B-1996.-Vol.54.-P.R6827-6830.74.Vollenkle H., Wittmann A., Nowotny H. Zur Kristallstruktur von CuGeO3 //Monatsh. Chem.-1967.-Vol.98.-P.1352-1357.75.Hase M., Terasaki I., Uchinokura K. Observation of the spin-Peierls transition inlinear Cu2+ (spin-1/2) chains in an inorganic compound CuGeO3 // Phys. Rev.
Lett.1993.-Vol.70.-P.3651-3654.76.Nishi M., Fujita O., Akimitsu J. Neutron-scattering study on the spin-Peierlstransition in a quasi-one-dimensional magnet CuGeO3 // Phys. Rev. B-1994.-Vol.50.P.6508-6510.31077.Lorenz T., Ammerahl U., Ziemes R., Buchner B., Revcolevschi A., Dhallen G.Thermodynamic properties of the incommensurate phase of CuGeO3 // Phys. Rev.
B.1996.-Vol.55.-P.R15610-15613.78.Winkelmann H., Gamper E., Buchner B., Braden M., Revcolevschi A., DhalenneG. Giant anomalies of the thermal expansion at the spin-Peierls transition in CuGeO3 //Phys. Rev. B-1995.-Vol.51.-P.12884-12887.79.Takehana K., Oshikiri M., Kido G., Hase M., Uchinokura K. Magnetostrictionand Thermal Expansion Measurements of CuGeO3 // J.
Phys. Soc. Jpn-1996.-Vol.65.P.2783-2785.80.Hirota K., Cox D.E., Lorenzo J.E., Shirane G., Tranquada J.M., Hase M.,Uchinokura K., Kojima H., Shibuya Y., Tanaka I. Dimerization of CuGeO3 in the SpinPeierls State // Phys. Rev. Lett.-1994.-Vol.73.-P.736-739.81.Hase M., Terasaki I., Uchinokura K., Tokunaga M., Miura N., Obara H. Magneticphase diagram of the spin-Peierls cuprate CuGeO3 // Phys. Rev. B-1993.-Vol.48.P.9616-9618.82.Ohta H., Imagawa S., Ushiroyama H., Motokawa M., Fujita O., Akimitsu J.Electron Spin Resonance of Spin-Peierls Material CuGeO3 // J.
Phys. Soc. Jpn-1994.Vol.63.-P.2870-2873.83.Nojiri H., Shimamoto Y., Miura N., Hase M., Uchinokura K., Kojima H., TanakaI., Shibuya Y. Observation of magnetization saturation of CuGeO3 in ultrahigh magneticfields up to 500 T // Phys. Rev. B-1995.-Vol.52.-P.12749-12754.84.Ohashi H., Fujita T., Osawa T. Crystal structure of sodium titanium silicate(NaTiSi2O6) pyroxene // J. Jpn. Assoc. Mineral. Petrol. Econ. Geol.-1982.-Vol.77.P.305-309.85.Isobe M., Ninomiya E., Vasil’ev A.N., Ueda Y. Novel Phase Transition in Spin-1/2 Linear Chain Systems: NaTiSi2O6 and LiTiSi2O6 // J. Phys. Soc.
Jpn.-2002.-Vol.71.P.1423-1426.86.White S.R., Noack R.M., Scalapino D.J. Resonating valence bond theory ofcoupled Heisenberg chains // Phys. Rev. Lett.-1994.-Vol.73.-P.886-889.31187.Cabra D.C., Honecker A., Pujol P. Magnetization Curves of AntiferromagneticHeisenberg Spin-1/2 Ladders // Phys.
Rev. Lett.-1997.-Vol.79.-P.5126-5129.88.Cabra D.C., Honecker A., Pujol P. Magnetization plateaux in N-leg spin ladders// Phys. Rev. B-1998.-Vol.58-P.6241-6257.89.Azzouz M., Shahin K., Chitov G.Y. Spin-Peierls instability in the spin-1/2 Heisenberg three-leg ladder // Phys. Rev. B-2007.-Vol.76.-P.132410-1-4.90.M.
Azuma, Z. Hiroi, M. Takano, K. Ishida, Y. Kitaoka, Observation of a spin gapin SrCu2O3 comprising spin-1/2 quasi – 1D two – leg ladders // Phys. Rev. Lett.-1994.Vol.73.-P.3463-3466.91.K.R. Thurber, T. Imai, T. Saitoh, M. Azuma, M. Takano, F.C. Chou, 63Cu NQRevidence of dimensional crossover to anisotropic 2D regime in S=1/2 three – leg ladderSr2Cu3O5 // Phys. Rev. Lett.- 2000.-Vol.84.-P.558-561.92.Barnes T., Dagotto E., Riera J., Swanson E. Excitation spectrum of Heisenbergspin ladders // Phys. Rev. B-1993.-Vol.47.-P.3196-3203.93.Gopalan S., Rice T.M., Sigrist M.
Spin ladders with spin gaps: A description of aclass of cuprates // Phys. Rev. B-1994.-Vol.49.-P.8901-8910.94.White S., Noack R., Scalapino D. Resonating Valence Bond Theory of CoupledHeisenberg Chains // Phys. Rev. Lett.-1994.-Vol.73.-P.886-889.95.Noack R.M., White S., Scalapino D. Correlations in a Two-Chain HubbardModel // Phys. Rev. Lett.-1994.-Vol.73-P.882-885.96.Azzouz M., Chen L., Moukouri S. Calculation of the singlet-triplet gap of theantiferromagnetic Heisenberg model on a ladder // Phys.
Rev. B-1994.-Vol.50.-P.62336237.97.Troyer M., Tsunetsugu H., Wurtz D. Thermodynamics and spin gap of theHeisenberg ladder calculated by the look-ahead Lanczos algorithm // Phys. Rev. B1994.-Vol.50.-P.13515-13527.98.Larochelle S., Greven M. Susceptibilities and spin gaps of weakly coupled spinladders // Phys. Rev. B-2004.-Vol.69.-P.092408-1-3.99.Totsuka K., Suzuki M.
The spin-1/2 Heisenberg spin ladder with bond alternation// J.Phys.: Condens. Mater-1995.-Vol.7-P.6079-6096.312100. Hiroi Z., Azuma M., Takano M., Bando Y. A new homologous seriesSrn−1Cun+1O2n found in the SrO-CuO system treated under high pressure // J. Solid StateChem.-1991.-Vol.95.-P.230-238.101.
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