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"IIS-RT"-2019. Collection №69-2.

Physical fundamentals of Resonant Microclusters,
PM quadrupoles
(Theory)

  1. An experimental study of the ponderomotive action of waves on resonators. 1890 (Lebedev P.N.) sb41-2.pdf
  2. An analogue of the Kapitsa pendulum on the compass needle in an oscillating magnetic field. Proceedings of the RAS. The series is physical. 2007.V. 71 No. 11 S. 1545-1547. (Lisovsky F.V., Mansvetova E.G.) elibrary_9562718_49746835.pdf
  3. Vibrogenic equilibrium states in magnetic needle systems. Nonlinear World Magazine. 2009.Vol. 7 No. 2 p.118-130. (Lisovsky F.V., Mansvetova E.G.)
  4. The chaotic dynamics of interacting pendulums (solving the synchronization problem). Engineering Physics. 2019 №1. from. 49-41. (Gladkov S.O.)
  5. On the stability of unstable states, bifurcation, chaos of nonlinear dynamical systems. 1990 (Shironosov V.G.) sb66-5.pdf
  6. About the pendulum P.L. Kapitsa outside and in the zone of parametric resonance. 1990 (Shironosov V.G.) sb66-6.pdf
  7. Dynamic systems of magnetically interacting free bodies. 1981 (Kozorez V.V.). sb63-1.pdf
  8. The problem of two magnetic dipoles taking into account the equations of motion of their spins. 1985 (Shironosov V.G.) sb66-7.pdf
  9. The physical nature of ball lightning. 1999 (Shironosov V.G.)
  10. On the principle of least action, the crisis in modern physics, the physical foundations of quantum mechanics and the structure of water. 2012 (Shironosov V.G.) sb51-1.pdf