What is the concept of 120 of pure iron

It seems that I read a certain Zhiwei before, as mentioned in a science fiction article, that more than 200% pure iron; It seems to be made of molten iron left behind in an alien spaceship.

It is a block of iron made up of iron atoms that are now known, but the density of iron atoms is much greater than that of the earth today;

It is compressed to the extreme by special strength, high temperature and high pressure.

This is like the density of nitrogen in the original, but the density of liquid nitrogen is much larger, and through ultra-high technical means, the density of nitrogen at room temperature is more than the density of liquid nitrogen.

You can imagine it this way: It's gaseous nitrogen at room temperature, but the density exceeds the density of liquid nitrogen. There is a strong gravitational pull in the form of an internal collapse, which holds these nitrogen atoms (or iron atoms) tightly together.

There will be an essential transformation of the material form, 100% of which is inherently artificially defined, and 100% of the earth is a problem.

What is the concept of 120% pure iron? That's a very good question! For example, if you are given a 100-liter bucket and told to bring back 120-liter water.

And are you in the same circle as I am now?! If you have other more bizarre questions about pure iron.

You can consult Yaoqiang Pure Iron, we are happy to answer your questions!

Pure iron is a pure metal, which is a pure reed coarse matter, and the iron commonly used in life is ferroalloy, which has pig iron and steel, and their main components are iron and carbon are mixtures. The hardness and strength of ferroalloys are greater than those of pure iron, the melting point of ferroalloys is lower than that of pure iron, and the corrosion resistance of ferroalloys is better than that of pure iron. Because pure iron is softer, it is commonly used in daily life to ferroalloy instead of pure iron.

Iron (English: Iron), a common metallic element, with the chemical symbol Fe, an atomic coefficient of 26, and a relative atomic mass, is located in the fourth period group of the periodic table, and the valence electron shell structure is 3D64S2. Pure iron is usually silvery-white or gray with some toughness and ductility, and powdered iron is black to gray.

The highest oxidation state of iron is +6, and other lower oxidation states can also be exhibited in some compounds, among which +2 and +3 valence are the most common. Iron is widely found in nature, and its crustal content is second only to oxygen, silicon, and aluminum, and is in the fourth place among all elements.

In nature, free iron only exists in meteorites, and the iron in the earth's crust is distributed in various ores in the form of compounds. The main ores of iron are: hematite (Fe2O3), magnetite (Fe3O4), limonite (2Fe2O3·3H2O), etc.

Iron and its compounds are widely used in pigments, catalysis, superconductivity and other fields. At the same time, iron is also one of the essential trace elements in the human body, which is widely distributed in the human body, and almost all human tissues contain iron. Iron is an important component of hemoglobin and myoglobin.

Both the transport of oxygen in the blood and the storage of oxygen in the muscles play an important role, and are also the group of enzymes that are sedated and the activator of redox enzymes. <>

Pure iron is an iron digging alloy with a carbon content of less than that, also known as wrought iron (the amount of carbon containing beam dispersion is called steel, and the carbon content is called pig iron).

Wrought iron is a product obtained by the direct reduction of iron ore with carbon, or by the melting of pig iron and the oxidation of impurities; The smelting temperature of the former is lower and adopted earlier, while the temperature of the latter is higher, but the rubber blind thickens due to the increase of the melting point after the decarbonization of pig iron. Both are not easy to completely separate the slag from the iron, so wrought iron often contains a small amount of slag, which shows fibrous tissue after processing.

China has already used pig iron in the Spring and Autumn Period and the Warring States Period, and the development time of wrought iron should be earlier.

Wrought iron is softer, has better corrosion resistance, has higher toughness and ductility, and has lower hardness and strength.

Pure iron is a ferroalloy with a carbon content of less, also known as wrought iron (the carbon content is called steel, and the carbon content is called pig iron).