The atmosphere has both a warming and weakening effect, when will I consider which one, it s so mess

Generally speaking, it is the weakening effect during the day (divided into sunny and cloudy days) and the insulation effect at night (also divided into sunny and cloudy days).

During the day, the weakening effect is weak on sunny days, and the solar radiation reaching the ground is strong, resulting in strong ground radiation.

If it is cloudy, the weakening effect is strong, and the solar radiation reaching the ground is low, resulting in weak ground radiation.

At night, on a sunny day, the atmospheric inverse radiation is weak, and the thermal insulation effect is weak.

On cloudy days, on the contrary, the atmosphere has strong inverse radiation and strong thermal insulation effect.

During the day, the sunlight is above the clouds, and if there are clouds, it will reflect it, and so on weaken the solar radiation, that is, the radiation will be bounced into outer space, and most of the energy will not reach the ground, and the temperature will be low. At night, the ground is under the clouds, and if there are clouds, the ground radiation will bounce back to the ground, so that the temperature is high, that is, the heat preservation effect is strong, you can remember it).

The explanation of the atmospheric insulation effect refers to the thermal insulation effect of the atmosphere on the lower layers of the atmosphere and the surface of the earth. Carbon dioxide, methane, ozone, nitrous oxide, chlorofluorophobe, and water vapor in the atmosphere can not only absorb long-wave radiation from space, but also intercept the long-wave radiation emitted from the surface, thus increasing the temperature of the lower atmosphere and the earth's surface.

Word Breakdown The Interpretation of the Atmosphere The gas that surrounds the earth also refers to the gas that surrounds other planets The rough breath exhaled is so frightened that the atmosphere does not dare to come out Generous This child looks quite atmospheric Grand Magnificent Majestic Majestic Explain in detail. The layer of gas that surrounds the earth is a mixture of air, water vapor, and fine dust. Ye Yusen's "Bo Effect Explanation" A specific scientific phenomenon produced by a certain cause or cause, usually named after its discoverer, the Faraday effect is explained in detail.

Effect. "The Book of the Later Han Dynasty, Fangshu Handed down to Guo Yu": "When he was the emperor, he was a physician and had many effects.

Physical or chemical effects . Like light.

The insulating effect of the atmosphere on the ground.

The Earth's atmosphere is almost transparent to the solar shortwave radiation, and most of the solar radiation can penetrate the atmosphere to the ground, warming the ground. The atmosphere is a thermal insulation layer for long-wave radiation to the ground, which intercepts most of the heat emitted by the ground radiation in the atmosphere, and returns the heat to the ground through atmospheric reverse radiation. People call this effect of the atmosphere the thermal insulation effect of the atmosphere.

The material composition of the Earth's atmosphere.

The earth's atmosphere has constant gas components such as nitrogen, oxygen, and argon, gas components such as carbon dioxide and nitrous oxide, which are relatively fixed in content, and highly variable gas components such as water vapor, carbon monoxide, sulfur dioxide, and ozone. Solid and liquid aerosol particles such as dust, smoke particles, salt particles, water droplets, ice crystals, pollen, spores, and bacteria are often suspended. [

The atmosphere is easy to absorb the short-wave radiation of the sun, and it absorbs more long-wave radiation from the ground and has high transparency to the short-wave radiation on the ground.