Description
2D magnet FeI2 by 2Dsemiconductors. FeI2 is a metal halide compound composed of iron and iodine that has a layered crystal structure with weak interlayer interactions held together by van der Waals forces. This magnetic material exhibits antiferromagnetic ordering, where adjacent spins in the lattice are oriented in opposite directions, leading to a net magnetization of zero. FeI2 has garnered attention due to its potential use in magnetic devices and in the synthesis of other materials. Moreover, it presents remarkable properties, such as high resistivity and low thermal conductivity, making it a promising candidate for use in thermoelectric applications.
The properties of FeI2 vdW crystals
| Sample size | ~4-7mm sized crystals |
| Material properties | 2D magnet |
| Crystal structure | van der Waals trigonal P̅3m1 |
| Degree of exfoliation | Easy exfoliation characteristics |
| Production method | Modified flux zone growth |
| Other characteristics |
|
Additional Information
Elements: |
Fe,I |
Element: |
Iron |
Element: |
Iodine |
Formula: |
FeI2 |
Material class: |
M(Ha)2 |
Material class: |
Dihalide |
Properties: |
Semiconductor |
Properties: |
Magnet |
Band gap range: |
VIS |
Growth method: |
Flux |
Doping: |
Undoped |
