Chekhoslovat͡skiĭ Fizicheskiĭ Zhurnal. Czechoslovak Journal of Physics, Volume 21, Issue 7, Page 701 - Issue 12, Page 1324Academia, 1971 - Physics |
Contents
An approximative solution of the diffraction problem in an anisotropic uni | 701 |
Holographic method of deconvolution and analytic continuation | 731 |
Influence of the BreitWigner type of instability on analytic properties | 749 |
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alloys amplitude analytic continuation anisotropy approximation atoms boracites calculation clusters coefficients components configuration G constant correlation function corresponding Curie point curves Czech Czechosl Czechoslovakia deformation denote density derived determined dislocation distribution E₁ electrons energy ensemble experimental expression ferroelectric ferromagnetic film formula Fourier transform frequency given Hamiltonian interaction inversion problem Jost solution Klein-Gordon equation lattice layer linear magnetic field Marchenko equations marking functions matrix mean value measurements method Mn3+ ion nuclear nuclei obtained off-the-mass-shell paper parameters particle phase transition Phys Physics plane plasma polarization positive potential Prague Praha properties proton quantities r₁ Rákoš region relation relativistic resonance respectively S-matrix sample scattering shown solid solidus specimens stress surface anisotropy symmetry Table temperature dependence theory tion torque variables vector voltage wave zero