Thermal Emission and the role of pollutants occurs mainly in the lower atmosphere is. Troposphere layer such as methane (CH4), nitrogen oxides (NOx), carbon dioxide (CO2), carbon monoxide (CO) chloro fluoro carbon. (Chlorofluorocarbons) and ozone, etc. It is noteworthy that the ozone layer in the atmosphere, troposphere this. Do not occur naturally and are considered pollutants. Generally should not be confused with the ozone layer in the Santos enacted WebSphere. The atmosphere in the two layers are usually seldom mixture. Especially when there are enough layers separated by calling other pollutants, too often seldom have the opportunity to top up Telstra's sphere. But when a. Violent winds in the upper atmosphere above. An inert gas does not react with other pollutants easily, it is stable for a long time and rising as high as No. chloro fluoro carbon. Knight Russ oxide (N2O) and so on. pollution in Stravinsky's sphere of French and British planes, Concord. And Tu-144 aircraft of the Soviet Union. There are sequences located at an altitude of 17 kilometers, Boeing of the United States in 2707 at around 20 km altitude, etc., so the nitrogen oxides. Hydrogen peroxide Etc. When nitrogen (N), oxygen (O) and ozone (O3) in the atmosphere is high. May react until the night thruster oxide (N2O) gas can retain heat as well as methane and other gases, which are further discussed some of the pollutants causing global warming. But there are different roles Can be classified into two categories: 1. Ozone layer 's degree spheres. As a result, global energy direct heat. From sun up two. Pollution in the lower atmosphere encrusted surface more than usual. These pollutants will retain the global radiation or heat than normal.
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