Abstract
A rough model of a tropical cyclone in the form of a spatial autooscillatory system of the spiral type is proposed. Based on this model, the kinetic energy of a cyclone is estimated and a method of preventing cyclone development is proposed. According to this method, a flow of air generated by wind power setups is “injected” into the cyclone so as to convert the rotational quasi-laminar motion of air masses into a quasi-turbulent motion. The results of laboratory model experiments are presented and quantitative estimates of the required system parameters are given.
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