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下から上にまっすぐ天に向かって伸びる雲がある
こういうのを最初見た時は煙が上がってるように見えて
火事なのかなと思ったけどよく見たら雲なんですね
初めて見たときは不思議だったけど飛行機が通った後にできる飛行機雲です
飛行機が飛ぶエリアに住んでる人だったら見慣れてるはずだ
この写真の場合は偶然にも家の煙突部分から出てるから煙に見えてしまう
時間の経過とともにだんだん横になって形が崩れて消えてしまう
なかなか面白い景色です
海外の反応
・飛行機雲の紛らわしい視点
・まっすぐに伸びる
・天国に直行
・細長い煙突ではないか
・カメラが最後まで追わなかった理由があります
本当に煙だったとしたら、おかしいです
この白いものの最後は大気圏に消えるのではなく、飛んでる飛行機に繋がってる
・煙突から煙が出ていると思った人は、先生の助けが必要です。
地球も平らじゃないよ
・これを登っていくと神様に会えますか？
・偽物だろう
・選ばれた者の証に違いない
・誰かが煙突の煙だと信じてしまうだろう
・煙突からスペースシャトルの打ち上げを行ったのでしょうか?
How can airplane clouds form?
nature
How can airplane clouds form?
Answer: Some exhaust gases are created by the air, while others are created by the whirlpools around the wings.
The white, long, thin, white cloud cloud that remains after the plane’s flight, not from the engine, but among the “cloud spiders” made of waterlogs and ice bookmarks. How is it made?
There are two main types of airplane cloud spiders. The first is the exhaust gas of the engine, which is produced by the exhaust gas, and is often seen behind the horizontal plane. The principle of this is the same as that of white-breathing in the cold days of winter’s soft water.
The fuel energy of the airplane airplane is made of gasoline and kerosene and soy sauce, and the main ingredient is hydrocarbon or hydrogen water. When it burns, carbon tanso becomes carbon dioxide and hydrogen tin becomes water. However, since the temperature of the exhaust gas is high at 300 to 600 degrees Celsius, the water is discharged into the air as a steam water tank.
On the other hand, airplanes usually sail at a height of about 10,000 meters (10 km) above the ground, and the temperature around them is below -40℃. The lower the temperature, the smaller the amount of water vapor water vapor water vapor water vapor water vapor water vapor water vapor water vapor, so when the engine of the airplane steam is discharged, the amount of air around it quickly reaches the saturation. This causes the steam water in the exhaust gas to become the mash of water and ice bookmarks, and eventually clouds form (the related article, “What and how can clouds come from?”).
There are times when you can see two or three books of airplane cloud hikikimo, or you can see four books. This number is almost the same as the number of airplane engines, so it may be interesting to infer the model from the number of airplane clouds. However, it seems that there are times when you can see only four airplane cloud hikikigumo in groups of two.
Well, there was another type of airplane cloud spider. It is formed by a whirlpool that occurs on the edge of the wings of an airplane, and can sometimes be done when a sharp turn is made.
The wings of the plane’s wings are round and round when you look at the cross-section, and the airflow through the upper wings decreases as you move forward, so the pressure on the wings decreases. Then, the wings produce [lift force] from the upward and upward force of the wings. and at the end of the wing a whirling whirlpool formed by the difference in the pressure of the upper and lower spheres of the wing, which rolled up and down. At the central center of this vortex, the air pressure is increased and the air float expands, so the temperature will decrease. and as a result, the air in the whirlpool had reached the saturation level of the steam-water-water-water-water-water-water-water-water, and the clouds formed.
