In the southern part of China the most important precipitation comes from the cumulonimbus. So many researchers of clouds and precipitation devote much of their attention to the study of ice crystallization in the cum...In the southern part of China the most important precipitation comes from the cumulonimbus. So many researchers of clouds and precipitation devote much of their attention to the study of ice crystallization in the cumulus.展开更多
In mountainous districts, when the air temperature falls slightly below 0°C, thick, heavy ice may form on the power lines. This phenomenon appears more serious in the southern part of China. For example, the thic...In mountainous districts, when the air temperature falls slightly below 0°C, thick, heavy ice may form on the power lines. This phenomenon appears more serious in the southern part of China. For example, the thickness and weight of ice accretion observed in Jiangxi, Hunan, Yunnan and Sichuan provinces surpass those reported in literature. Formerly, meteorological stations only recorded the maximum thickness and weight of ice accretion during the passage of a weather system.展开更多
文摘In the southern part of China the most important precipitation comes from the cumulonimbus. So many researchers of clouds and precipitation devote much of their attention to the study of ice crystallization in the cumulus.
文摘In mountainous districts, when the air temperature falls slightly below 0°C, thick, heavy ice may form on the power lines. This phenomenon appears more serious in the southern part of China. For example, the thickness and weight of ice accretion observed in Jiangxi, Hunan, Yunnan and Sichuan provinces surpass those reported in literature. Formerly, meteorological stations only recorded the maximum thickness and weight of ice accretion during the passage of a weather system.
