Landau-Pomeranchuk-Migdal effect for finite-size targets B. G. Zakharov Fields, Particles, and Nuclei Pages: 781 - 787
Rare processes and coherent phenomena in crystals V. R. Zoller Fields, Particles, and Nuclei Pages: 788 - 794
Dynamics of four-wave mixing on excitons in a quantum optical microcavity Y. FuM. WillanderA. A. Kiselev Atoms, Spectra and Radiation Pages: 795 - 801
Mechanism of three-dimensional polymerization of fullerite C60 at high pressures V. V. BrazhkinA. G. LyapinS. V. Popova Condensed Matter Pages: 802 - 807
Electron Raman scattering in Tl2Ba2CuO6+x crystals S. V. ZaitsevA. A. MaksimovI. I. Tartakovskii Condensed Matter Pages: 808 - 813
Magnetooptic measurements of the cyclotron mass and g-factor of light holes in GaAs V. E. KirpichevI. V. KukushkinK. Eberl Condensed Matter Pages: 814 - 819
On the applicability of the resonance tunneling model for describing conductivity anisotropy in TmBCO single crystals V. Ya. DikovskiiA. N. LavrovA. P. Shelkovnikov Condensed Matter Pages: 820 - 825
Direct experimental investigation of spin-reorientation phase transitions in an antiferromagnetic CoNiCu/Cu superlattice L. M. DedukhV. S. GornakovV. I. Nikitenko Condensed Matter Pages: 826 - 831
Linear low-temperature dependence of the surface impedance of a Ba0.6K0.4BiO3 single crystal M. R. TruninA. A. ZhukovN. V. Barkovskii Condensed Matter Pages: 832 - 838
Thermal effect in the phase-periodic conductance of disordered mesoscopic N/S structures V. T. PetrashovR. Sh. ShaikhaidarovI. A. Sosnin Condensed Matter Pages: 839 - 844
Poisson bracket scheme for vortex dynamics in superfluids and superconductors and the effect of the band structure of the crystal G. E. Volovik Condensed Matter Pages: 845 - 852
On the statistical mechanics of elastic manifolds with random interaction K. V. Samokhin Condensed Matter Pages: 853 - 858
Dynamics of fields in the gauged nonlinear (2+1)D Schrödinger equation model L. A. AbramyanA. P. Protogenov Methods of Theoretical Physics Pages: 859 - 865
Is there a fundamental limit on the length of a communication channel in a single-photon quantum cryptosystem? S. N. MolotkovS. S. Nazin Methods of Theoretical Physics Pages: 866 - 869