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its a solid solution created when carbon steel is heated to red hot. also know as the alpha iron. during cooling of the steel it can transform into pearlite or ferite.
No, there is not austenite around at room temperature. This gamma phase of iron alloys only appears at elevated temperatures (ball park - a bit over 700 °C). Once the alloy cools below the critical temperature, carbon diffuses and the steel takes on different characteristics -- and is given different names. It is possible to quench steel to get its metallic crystal structure to "set quickly" and bring out certain characteristics (notably hardness), but (again) we give this material a different name. To cite one characteristic of austenite, it is nonmagnetic. It is above its Curie temperature and will not "hold" a magnetic field after the source is removed. A link is provided below. It might be possible to have steel alloys with a micro-structure similarto austenite at room temperature, but the characteristics are different and the alloy is called by a different name. But the mobility of carbon atoms within the structure is a definitive characteristic of austenite. And this only happens at elevated temperatures.
There is no crystal structure.
the crystal structure of halite is basically a crystal structure the is made out of repeating boxes
Tungsten's crystal structure is cubic.
The crystal structure of fermium was not determined.
Boron's crystal structure is rhombic.
Sulphur's crystal structure is orthorhombic.
Flourine's crystal structure is cubic.
Beryllium's crystal structure is hexagonal.
TiSi2 - orthorombic crystal structure
The crystal structure of phosphorous is monoclinic.