Proceedings of Vibration Problems, Volume 10Państwowe Wydawn. Naukowe, 1969 - Vibration |
Contents
S KALISKI Equations of a combined electromagnetic elastic and spin field and coupled drifttype | 113 |
S KALISKI Ferromagnetic piezoelectric semiconductor amplifierElphosa for a transversal wave | 265 |
S KALISKI The perfect piezosemiconductor resonatorphaser for a surface wave | 281 |
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a₁ amplification amplitude approximation assumed beam body couple body forces boundary conditions C₁ coefficient components consider coordinates crystal D₁ denote determined displacement displacement vector drgań drift elastic electric resonance equations of motion erfc expression ferromagnetic field forced vibration formulae function H₁ harmonic heat conduction integral KALISKI layer LIBRARY linear load longitudinal wave M₁ Mach number medium natural frequency obtain oscillations P₁ P₂ parameters parametric excitation parametric resonance phase plane phonons piezoelectric plane plate Probl Proc propagation r²+h² RA+RB region resonance rotations SAN DIEGO self-excited set of Eqs set of equations sino solution spin waves stress supersonic flow surface waves tensor theory transducer transformation transversal wave u₁ values vector velocity Vibr VIBRATION PROBLEMS WARSAW wurtzite x-axis x₁ zero αβ Απ