Green Graphene Quantum Dots (GQDs) are advanced nanomaterials engineered from graphene with a finely structured honeycomb lattice. These ultra-tiny crystals, measuring less than 10 nanometers, show remarkable optical and electrical performance. Their nanoscale size and uniform spherical shape make them suitable for a wide variety of scientific and industrial uses, from modern electronics to medical diagnostics and environmental technology.
Technical Specifications
- Average Diameter: <10 nm
- Shape: Spherical
- Emission Range: 530–560 nm
- Appearance: Green
- Solvent: Deionized Water
- Concentration: 0.01 mg/ml
Included Analysis
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Excitation and emission wavelength testing via PL spectrophotometer
Optional Tests (Available Upon Request)
- Particle size distribution
- Quantum yield measurement
- Fluorescence lifetime study
Main Applications
- Optoelectronics: Suitable for integration into LEDs, solar panels, and photodetectors because of strong and tunable light emission.
- Biotechnology: Used for bioimaging, biosensors, targeted drug transport, and photodynamic therapy thanks to low toxicity and strong fluorescence.
- Sensor Development: Effective in creating highly sensitive chemical and agricultural sensors for ion and molecule detection.
- Energy Devices: Enhances battery capacity, supercapacitor efficiency, and fuel-cell reactions through excellent charge transfer ability.
- Environmental Research: Supports water purification, pollutant tracking, and photocatalytic decomposition of organic materials.
Green Graphene Quantum Dots combine performance, stability, and versatility — an ideal choice for cutting-edge research and product innovation.
