Engineering methods for identifying electromechanical objects taking into account models of exchanged processes

Engineering methods of pulse-energy exchange in the «device–object» system are considered as part of the first stage of measuring the Green’s function. The basic concepts necessary to describe the measurement process at this stage are introduced. In particular, it is proposed to use the conditions of adiabatic invariance of action in oscillatory processes. The experimental design and its theoretical justification are presented, which is based on the phenomenon of adiabatic invariance of action and the idea of using direct and inverse canonical transformation of pairs of variables «coordinate–momentum» and «action–angle». When justifying the measurement process, other principles of Hamiltonian mechanics are also used. A possible analysis of the quantum of action is made as the primary concept of exchange mechanics.

Authors: A. Yu. Omelchenko

Direction: Electrical Engineering

Keywords: pulse-energy exchange, adiabatic invariance, quantum of action, Green's function, canonical transformation, generating function, exchange function, «device–object» system, detector, analyzer, oscillatory process, action stabilization circuit

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