Modeling of Electrodynamic Systems by the Method of Binary Separation of Additive Parameter in Golden Proportion

In this paper,based on the physical analogy between processes in elastic-dynamic and electrical systems,a mathematical model of binary structuring of the additive parameter is developed on the basis of the golden ratio of the ratio of the divided parts.It is shown that the direct consequence of the use of binary software structuring is the generation of the Fibonacci sequence.For electrodynamic systems of the Newtonian type,a method for calculating the limits values of the mean and the dispersion of the probabilistic distribution of the Fibonacci additive parameters that are binary structured according to the golden ratio.

Physical Principles of Optimization of the Static Regime of a Cantilever-Type Power-effect Sensor with a Constant Rectangular Cross Section

In this paper an analysis of the physical principles of two-criterion optimization Pareto static mode of operation of power sensors cantilever type of rectangular type with a stable cross-section.The proposed criterion based on the Cauchy number is one of the characteristic numbers of the proportional miniaturization of microsystem technology.It is established that,for a rectangular cantilever with a stable cross-section,the value of the Cauchy does not depend on the width of the microconsole and the material from which it is made.