Abstract
The analysis of multiyear readings of the TiNi sensor and variations of atmospheric parameters over the same time period is presented. The detected regularities reveal a common external factor acting simultaneously on several heterogeneous environmental components independent from each other. Under certain local environmental conditions and the parameters of the acting factor, the interaction becomes resonant, which leads to the synchronization of changes in the parameters of heterogeneous components. The observed synchronism is a type of resonance arising due to the convergence of vibration frequencies of the acting factor particles and vibrations of the particles forming the components of the environment.
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