Description
Sb2O3 is a layered oxide crystal with easy exfoliation characteristics much similar to that of graphene and MoS2. Sb2O3 crystals. These crystals exhibit ~3.2-3.7eV optical band gap and is considered an alternative 2D dielectric to h-BN, as a catalyst, as well as single photon sources. Sb2O3 layers crystallize in layered cubic phase which gives them unique quasi-1D chain structure much similar to ReS2, TiS3, and other 2D anisotropic materials. Sb2O3 crystals are synthesized using flux zone technique at 99.9995N purity. Each order comes with 10-15 few mm sized crystals that are ready for exfoliation.
The properties of Sb2O3 layered crystals
| Sample size | Each order contains a number of 3-5 mm sized crystals |
| Material properties | 2D insulator, catalytic material, single photon emitter |
| Crystal structure | Cubic layered phase |
| Unit cell parameters | a= 0.8124 nm b=0.790 nm; α=90° β=90° γ=90° |
| Production method | Flux zone growth |
| Other characteristics |
|
Additional Information
Elements: |
Sb,O |
Element: |
Antimony |
Element: |
Oxygen |
Formula: |
Sb2O3 |
Material class: |
M2X3 |
Material class: |
Oxide |
Properties: |
Semiconductor |
Band gap range: |
VIS |
Growth method: |
Flux |
Doping: |
Undoped |
