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In contrast to a known theory first is advanced a new hypothesis on the mechanism of formation of hail and is predicted that the cause of the formation of hail is to generate instant and huge amounts of heat from lightning in cumulonimbus clouds. This formed powerful heat leads to a strong evaporation of water in the channel lightning discharge and around it. Strong evaporation of water is occurring with its faster cooling and ice formation, accordingly. The process does not demand necessity of transition of the zero isotherm atmospheres having a negative temperature and can easily occur at…mehr

Produktbeschreibung
In contrast to a known theory first is advanced a new hypothesis on the mechanism of formation of hail and is predicted that the cause of the formation of hail is to generate instant and huge amounts of heat from lightning in cumulonimbus clouds. This formed powerful heat leads to a strong evaporation of water in the channel lightning discharge and around it. Strong evaporation of water is occurring with its faster cooling and ice formation, accordingly. The process does not demand necessity of transition of the zero isotherm atmospheres having a negative temperature and can easily occur at both low and warm layers of the troposphere. The process is substantially similar to the adiabatic process, as it is derived the thermal energy is not introduced into the system, and it comes from the system. Is proposed unique method for preventing of hail.
Autorenporträt
Ismayilov Sohrab wurde am 11.03.1950 im Dorf Galinchag in der Region Ismayilli in Aserbaidschan geboren. Im Jahr 1968 begann er sein Studium an der Fakultät für Chemie der nach W.I. Lenin benannten API. Im Jahr 1973 schloss er sein Studium mit Auszeichnung ab und trat in die Graduiertenschule des Instituts für petrochemische Prozesse der Akademie der Wissenschaften von Aserbaidschan ein.