The Mechanism of Hail Formation and a Method to Prevent it

Sokhrab Ismailov

Authors

Sokhrab Ismailov

hailstone; zero temperature; evaporation; cold; lightning, storm

Abstract

Abstract not found

Downloads

How to Cite

The Mechanism of Hail Formation and a Method to Prevent it. (2014). Global Journal of Science Frontier Research, 14(45), 21-29. https://journalofscience.org/index.php/GJSFR/article/view/

Download Citation

Author Biography

Sokhrab Ismailov

Dr. Sokhrab Ismailov is a chemist (Doctor of Chemical Sciences) affiliated with the Institute of Petrochemical Processes, Academy of Sciences of Azerbaijan, Baku. His research focuses on atmospheric phenomena, notably hail formation, as evidenced by his works such as 'The Mechanism of Hail Formation and a Method to Prevent it' and 'About the mechanism of the hail formation'. With 3 publications, 5 citations, and an h-index of 1, he has contributed to the scientific understanding of hail prevention. He has also served as a Fellow of the institution, managing research projects and peer reviews.

References

L. Battal (1965) Person will change the weather. // Gidrometeoizdat. 111.

Hydrogen properties, production, storage, transportation, application (1989) Under the.

R. Grashin, V. Barbin, A. Babkin (2004) Comparative evaluation of the effect of liposomal and conventional soaps functional activity apocrine sweat glands and the chemical composition of human sweat // journal "Dermatology and Cosmetology», IN.

J. Russell (2013) Amorphous ice. ―Izd. «VSD». 157.

V. Ermakov, Y. Stozhkov (2004) Physics of thunderclouds. LPI RF them. 26.

G. Zhelezniak, A. Kozko (2006) Mysterious phenomena of nature. 180.

M. (2009) Physchemistry microcosm.

Klossowskiy A. (1889) Works meteor. network NW Russia in 1889, 1890, 1891. 1890, 1891.

W. Middleton (1969) History of the Theories of Rain and other forms of precipitation. 198.

R. Millikan (1939) (Electrons (+ and -), protons, photons, neutrons, and cosmic luchi.180 with. 311.

A. Nazarenko (2008) Hazardous weather convective origin. Teaching aid for higher education.

A. Rusanov (1978) Thermodynamics of nucleation on charged centers. // Dokl. 831.

M. Tlisov (2002) Physical characteristics of hail and the mechanisms of its formation.

B. Huchunaev (2002) microphysics of origin and prevent hail. 289.

George St, Yu (1957) Practical working in organic 2.

K. Browning, F. Ludlam (1962) Airflow in convective storms. 88(376), 117-135. https://doi.org/10.1002/qj.49708837602

Buch Ch (1814) 15, 74.

W. Ferrel (1886) Recent advances in meteorology.

P. Gassendi (1658) Opera omnia in sex tomos 11. 70.

L. Guyton de Morveau (1777) Obs. sur la Phys.

Ian Strangeways (2006) Precipitation Theory.

J. Mongez (1778) Obs. sur la Phys. 12, 202.

J. Nollet (1764) Recherches sur les causes particulieres des phenomenes electriques.

D. Olmsted (1830) Amer. J. 18.

A. Volta (1808) Metapo sopra la grandine. 1.

Changnon S.A (1997) Climatology of hail risk in United States, CRR-40, Changnon Climatologist, Mahomet. 1-89.

Carolinda Hill (1996) Mayday!. 49(3), 25-28. https://doi.org/10.1080/00431672.1996.9925405

Ismailov S.A. (2014) A new hypothesis about the mechanism of the hail formation. 25(6), 9-12.

S. Ismailov Аbout the building mechanism of hail showers.

S. Ismailov About the building mechanism of hail showers.

S. Ismailov A new hypothesis about the mechanism of the hail formation.

S. Ismailov (2014) A (July 2014) About the mechanism of the hail formation.// Intellectual Archive. 3(4), 58-77.

S. Ismailov (2014) About the mechanism of the hail formation. 20(2), 16-27.

S. Ismailov (2014) About the Mechanism of the Hail Formation.// Science Discovery. 2(2), 27-33.

Abshaev M.T (1989) On a new method effects on hail processes. 72, 14-28.

N. Bibilashvili, Sh, I. Bourtsev, N. Seregin (1981) Guidelines for the organization and conducting antihail work. 168.

M. Tlisov, A. Kagermazov (1995) Statistical analysis of the special hail measuring network during the active effects and in their absence, based on grades / in the book. 2(2), 187-194.

M. Tlisov, B. Khuchunaev (1996) (August 1996) "Physical characteristics of Hail from naturally developed and seeded cloud processes. 1, 1275-1276.

M. Tlisov, V. Huchunaev, R. Patent Method for preventing the formation large hail in the clouds.

M. Beytuganov, M. Zalikhanov, CH Romanov VG Patent.

L. Dinevich, B. Kamalov (2013) Ways of optimization methods to influence the processes formation of precipitation.// Modern high technologies. - No. 12, 94-100.