Molybdenum Disulfide (MoS2) Pristine Flakes in Solution, 100 ML
MoS2 Pristine Flakes are nanoscale crystals dispersed in ethanol/water solution. If separated from the solution, nano-MoS2 forms emerald-green crystals that look different from the silver-black crystals of bulk MoS2.
SEM image of an Individual flake
UV-Visible Absorption Spectrum
Each Mo(IV) center of MoS2 is occupying a trigonal prismatic coordination sphere, which is bound to six sulfide ligands. The sulfur centre is connected to three Molybdenum centres, which are pyramidal. The trigonal prisms are layered, sandwiching molybdenum atoms between layers of sulfur atoms.
Depiction of MoS2 Crystal Structure1
MoS2 in its monolayer form has recently been under particular recognition for its intriguing electrical and optical properties. Bulk MoS2is generally an n-type semiconductor with an indirect bandgap (~1.3 eV) and a carrier mobility in the range of 50-200 cm2 V-1s-1 at room temperature. On the other hand, monolayer MoS2 has a direct bandgap of ~1.8 eV, and can be useful in low-power switching devices.
MoS2 Raman Spectrum
AFM Image of an MoS2 Flake on SiO2
Preparation Method: Solution-Based Exfoliation
- Flexible Displays
- MoS2 Research
- Thin Semiconducting Films
This solution can be easily deposited onto a substrate or surface of your choice to form a thin film coating.
SEM Image of an MoS2 Thin Film on SiO2
- Lateral Size: 100-400 nm
- Thickness: 1-8 monolayers
- Purity in dry phase: >99%
- Solution Concentration: 18 mg/L
- Solution is stable under ambient conditions