How to draw the mushroom cloud after the explosion

After the explosion, the drawing method of mushroom cloud is as follows:

1. Draw the shape of the cloud on the paper first.

2. Continue to draw some details about the shape of the cloud. Draw two curves. Draw a shape in the middle. Draw some puffs at the bottom.

Mushroom cloud is a powerful explosion cloud caused by explosion, also known as mushroom cloud. Its shape is similar to that of a mushroom, with a big top and a small bottom, hence the name. Mushroom cloud is a mushroom-shaped fire cumulus cloud composed of smoke and dust, and its top contains a lot of radioactive substances produced by nuclear fission, which are usually blown away by the wind and fall to the ground through the weather, forming radioactive ashes.

Mushroom cloud is a large amount of low-pressure hot air that suddenly appears near the ground. Hot air rises rapidly, creating an outward downward vortex called "smoke cloud". At the same time, the vacuum state makes smoke and debris churn upward from the center, forming a "dust column" (mushroom handle). A large amount of gas finally reaches the same pressure as the surrounding air, and the rolled-up impurities are dispersed and drift downward.

The biggest mushroom cloud photographed appeared when Shoemaker-Levy 9 hit Jupiter. Mushroom clouds rise hundreds of kilometers above the clouds.

The origin of mushroom cloud objects;

When the ground exploded, a huge crater was blown out of the ground, and a lot of mud and gravel were thrown into the air. At the "projection point of the explosion center", that is, near the explosion point, the explosion force can evaporate or even melt the water in the rock. After a period of time, rocks far away from the explosion center will also be crushed and scattered from the crater.

The occurrence of this process, together with charred shells and shell wreckage, aggravated the nuclear fireball and brought a lot of dust into the atmosphere. Evaporated rocks and metals, as well as molten rocks, quickly condense into tiny dust particles. The intense radioactivity of the nuclear explosion turned everything into radioactive ruins.

The duration of radioactivity depends on the kind of radioactive substance. In order to increase the radioactive intensity, the surface of a nuclear bomb can be coated with a layer of highly radioactive substance similar to plutonium, which is often called a "dirty bomb".

The biggest "clean bomb" is a neutron bomb. Almost all the energy generated by its explosion has become a neutron beam with great lethality, rather than a shock wave, which is as lethal as radioactivity.