Possible connection of electric field variations with the size of ice parti- cles in the polar stratosphere

Abstract. The hypothesis is proposed that ice particles of polar stratospheric clouds (PSCs) are charged and trapped by the Earth's electric field. This hypothesis explains the absence or the lowest vertical transport of chlorine species and allows the assumption of the essential dependence of the sizes of ice particles on the magnitude of the Earth's electric field in the stratosphere. This assumption means that the ozone content in the stratosphere is closely connected to variations in the magnitude of the electric field. This conclusion is justified by experimental observations. This is the e-book version of the article, published in the Russian Journal of Earth Science

Possible connection of electric field variations with the size of ice particles in the polar stratosphere

The hypothesis is proposed that ice particles of polar stratospheric clouds (PSCs) are charged and trapped by the Earth's electric field. This hypothesis explains the absence or the lowest vertical transport of chlorine species and allows the assumption of the essential dependence of the sizes of ice particles on the magnitude of the Earth's electric field in the stratosphere. This assumption means that the ozone content in the stratosphere is closely connected to variations in the magnitude of the electric field. This conclusion is justified by experimental observations. KEYWORDS: Ozone; polar stratospheric clouds; Earth's electric field. Citation: Belikov, Yu. E. and S. Sh. Nikolaishvili (2012), Possible connection of electric field variations with the size of ice particles in the polar stratosphere, Russ