Advanced hurricane studies by a spectral detection technique: polarimetry, infrared and mass spectroscopy

• Main Authors: O. P. Kucherov, Y. E. Pazdriy
• Format: Article
• Language: English
• Published: National Aviation University 2011-10-01
• Series: Вісник Астрономічної школи
• Online Access: http://astro.nau.edu.ua/issues/2011_V.7_Iss.1/KucherovPazdriy.html
• ISSN: 1607-2855; 2411-6602

The studies of hurricanes by a spectral technique (polarimetry, infrared and mass spectroscopy) have showed that magnetic, dynamic, and electric forces of the warm water molecules become an energy source of hurricanes. The theory of rotation forces of the water molecule has been developed. The expounded theory describes the fact of the presence of magnetic properties in revolving water molecules. The rotation of positive protons creates a solenoid. Solenoids cluster along magnetic field lines, thereby creating an anisotropic environment that changes the polarization of light. The magnetic acceleration of the rotational motion of water molecule creates powerful infrared radiation. According to the magnetic–dynamic theory, the rotational motion of water molecules which have crossed the inversion level in the eye of hurricane acquires a high speed. Centrifugal forces begin to exceed the valence bond and the Н_2О molecule is torn into the Н^+ proton and the ОН^- group. As a result, the energy of the rotational motion of the water molecule is passed to the tangential wind of a hurricane. The magnetic–dynamic theory exposes the nature of self-formation of a hurricane, completely specifies its forces, and adequately describes its parameters. This approach allows for the use of the hurricane power system in a practice.