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Description
Monolayer Graphene on SiO2/Si Substrate Size: 2”
Technical Properties of Graphene Film: |
|
| Transparency | > 95 % |
| Coverage: | > 93% |
| Thickness (theoretical) | 0.340 nm |
| Sheet Resistance: | 500-530 Ohms/sq |
| Grain size | 6-10 μm |
Technical Properties of SiO2/Si Substrate: |
|
| Size (inch) | 2” |
| Dry Oxide Thickness | 300 nm |
| Type | Phosphor doped/N type |
| Orientation | <100> |
| Resistivity | 0.001 – 0.01 |
| Thickness | 525 +/- 20 μm |
| Front surface | One Side Polished |
SEM Image of Monolayer Graphene
Raman Image Of Monolayer Graphene
Method of Preparation Graphene on Si/SiO2 Substrate was prepared by the following steps: |
| 1) Singlelayer graphene grown on copper foil |
| 2) Deposit PMMA and curing process |
| 3) Remove Cu by etching process |
| 4) Wash PMMA/Graphene in DI water |
| 5) Redeposit PMMA/Graphene onto Si substrate and curing process |
| 6) Remove PMMA with aceton
Please contact us for quotes on larger quantities !!! |
Applications of Monolayer Graphene on SiO₂/Si Substrate
Monolayer Graphene on SiO₂/Si substrate is widely used in advanced research and commercial development thanks to its well-defined, high-quality interface and compatibility with standard semiconductor fabrication processes. Here are key application areas:
1. Nanoelectronics
Serves as a fundamental platform for the fabrication and testing of nanoscale transistors, logic devices, and high-speed integrated circuits.
2. Field Effect Transistors (FETs)
Ideal for fabricating graphene-based FETs due to its atomically thin and conductive nature combined with insulating SiO₂.
3. Quantum Devices
Used in the development of quantum Hall effect devices, single-electron transistors, and other quantum electronic structures.
4. Photodetectors and Optoelectronics
Acts as an ultra-thin, transparent conductor and light-sensitive layer in graphene photodetectors and optical modulators.
5. Material Characterization
Extensively used for Raman spectroscopy, AFM, SEM, and other surface-sensitive measurements thanks to its stable and flat platform.
6. Biosensors
Functionalized graphene surfaces on SiO₂ substrates enable high-sensitivity detection of biomolecules in medical diagnostics.
7. Spintronics
Facilitates experiments involving spin transport and magnetoresistance, essential in spintronic device research.
8. Flexible Electronics Prototyping
Although rigid, the platform helps develop and characterize flexible circuit designs before they are transferred to polymer substrates.
9. Transparent Conductors
Used in studies to replace ITO in displays and touchscreens by evaluating sheet resistance and transparency on this stable substrate.
10. Educational and R&D Use
Universities and research institutes use it for hands-on graphene device prototyping and material science education.
Additional information
| Piece | 1 piece |
|---|