Beta Iron <FULL – 2026>
is its lack of permanent magnetism. Above the Curie point, thermal agitation overcomes the alignment of magnetic moments found in ferromagnetic
). Historically considered a distinct allotrope, it is now primarily viewed as the high-temperature, paramagnetic form of ferrite. Key Features and Characteristics While it was once debated whether beta iron
: It maintains the Body-Centered Cubic (BCC) lattice structure of . Unlike other transformations (like α→γalpha right arrow gamma is its lack of permanent magnetism
constituted a separate phase of matter, modern science defines its unique features through its magnetic and structural behavior: : The defining feature of beta iron
In metallurgy, ( ) refers to a specific non-magnetic state of iron that occurs when alpha iron ( ) is heated above its Curie temperature (
