Geoinformatika 2013; 1(45) : 31-48

ENERGY-INFORMATIONAL ANALYSIS OF THE OSCILLATIONS OF PHYSICAL OSCILLATOR OF HETEROGENEOUS HALF-SPACE

V.M. Karpenko, O.V. Karpenko

The dynamics of physical oscillator (points of heterogeneous half-space) is studied by the energy-informational method. It differs from the classic method of the dynamics analysis of corpuscular model of sustained oscillator (that is build on the basis of the Newton’s law), and the method of the dynamics analysis of oscillator wave model in quantum mechanics (built on physics of Hamilton’s impulse), as well as by power of oscillator dynamic parameters. That allowed generalizing of corpuscular and wave models.

Keywords: oscillator, dynamics, Newton’s method, Hamilton’s method, energy-informational method, determined probability function, physical line, heterogeneous and inelastic half-space, model of FDI-quantum.