Why does the ice turn black at more than 2,000 degrees?

There are a lot of wonderful experiments in the world, and although we don't know what they mean, they seem to be very interesting. For example, the famous "black ice", when it reaches a certain temperature, the ice does not melt away, but turns black. This is completely different from what we usually see.

This black ice is called "superion ice" and is a state of ice that only appears when it reaches a certain temperature.

1. A state of ice

In what is currently known, scientists.

A total of 18 crystal structures of ice have been discovered, among which we are most familiar with "Ice 1h". This structure of ice, which we usually see, is when the water reaches zero degrees Celsius.

Below, the naturally occurring transparent solid state. In fact, in addition to this form, ice has other structures. In terms of the classification of scientists, they are given numbers from 2 to 17 in turn.

The black ice crystals produced at high temperatures are the eighteenth ice crystal structure. This kind of ice is very interesting, it is partly composed of liquids and the other part of solids, although they are one, but the whole is very different.

2. The presence of superionic ice

In modern times, physicists have speculated that when ice reaches a certain temperature, it will exist in another form. This hypothesis was later confirmed, and when the temperature reaches 2,000 degrees Celsius, the ice will take the form of "superion ice". This form is characterized by both solid and liquid and is black.

This superionic ice is very hot, said to be half the temperature of the sun's surface, and its density is several times higher than that of ordinary ice. The emergence of this substance led to the exploration of the Milky Way.

It has a lot to do with it, it is said that there are many ice stars in the Milky Way, and there will be a lot of such superion ice on them.

3. An act in which things must be reversed

We all know that the earth is round, and when we come to the end, it is equivalent to returning to the original point. When something is extremely bad, it is actually a good state. From this point of view, most things in the universe fit this characteristic, and ice will become a state of ice under extremely high temperatures, and will not become liquid or evaporate.

This is because this is a kind of "superion ice" formed after laser irradiation. The ice we are familiar with is a pure, colorless, transparent solid, but under extreme temperatures and pressures, ice can take on a completely different appearance.

This is a kind of "superion ice", which is found in large quantities in the solar system and is half the temperature of the sun's surface, which is not quite the same as ordinary ice.

In fact, I think this question is very strange, because there should be no ice at more than 2000 degrees, the melting point of ice is 0 degrees, and it will melt at 0 degrees, why can it still exist at more than 2000 degrees.

The ice we are familiar with is a pure solid that is colorless and transparent, but it can be presented under extreme temperature and pressure conditions. This black "superion ice" with a melting point of up to 4700 degrees Celsius is not only present.

The existence of "superionic ice". Unlike the ice we've seen, superion ice is black, half the temperature of the sun's surface, and four times denser than ordinary ice.

At present, scientists have found that ice contains 18 crystal structures. Among them, the most familiar common ice crystals with water molecules arranged in a hexagonal shape are named "ice 1h". De-icing 1 (There are two forms:

Ice 1h and ice 1c), the rest of the ice crystals are numbered according to 2 17.

Because in the case of high temperatures, it changes.

Because it has deteriorated in a high temperature environment.

At this time, the ice has become superion ice.

Because its nature has changed somewhat.

Among them, the most familiar common ice crystals with water molecules arranged in a hexagonal shape are named "ice 1h".

Superion ice is black, half the temperature of the sun's surface, and four times denser than ordinary ice.