Research

1. Nanomaterials Tool ----------------------------------------------------------------------------------------------------------------------------------------------

1.1. 2D Graphene : Soluble

< Typical GO (graphene oxide) solution (1 mg in 10 mL of water) : should be prepared just before use and should be soluble in water with brief sonication. If not, it is not GO. Threw it! >

< Typical rGO (chemically reduced graphene oxide) solution (1 mg in 10 mL of water) : should be optically clear. If not, there might be huge aggregation of as-reduced rGO plates. Threw it! >

1.2. 2D Graphene : Functional

1.3. 0D AuNP or CuNP : Conductive

1.4. 0D Au or Cu Paste : Adhesive and Conductive

1.5. 1D SWNT : Electron-Accepting

1.6. 1D AuNW or CuNW : Transparent and Conductive

1.7. 2D Boron Nitride : While Graphene and Insulating (Dielectric

1.8. 2D Phosphorene : Soluble

1.9. 0D TiO2 NP : Catalytic and Transport

1.10. Controlled Radical Polymerization : Precise and Functional

1.11. 0D PbS or CdSe Quantum Dot : Display and Solar

1.10. 0D Si Nanoparticle : Fluorescent and Biocompatible

1.11. 0D Carbon Quantum Dot : Fluorescent and Biocompatible

1.12. 0D Graphene Quantum Dot : Fluorescent and Solar

1.13. Block Copolymer : Microphase Separation (Sphere, Cylinder, Lamella, Gyroid)

1.14. Functional Polymer : Controlled Radical Polymerization, Catechol-Enriched Polymers

2. Processing Tool ------------------------------------------------------------------------------------------------------------------------------------------------

2.1. Photolithography

2.2. Spin-Coating / Bar-Coating

2.3. Screen Printing

2.4. Electrophoretic Deposition

2.5. Electrostatic Spraying (Under Construction)

2.6. Electrospinning

2.7. Sputtering

2.8. Evaporator (Under Construction)

2.9. Soft-Lithography

2.10. Ink-Jet Printing

2.11. Layer-by-Layer Multi-Deep Coater

2.12. Freeze Dryer

2.13. UV-Ozone

2.14. Schrenk Line

2.15. Tip-Sonicator (24 Tip)

2.16. Graphene CVD Chamber

2.17. Optical Microscopy with Zoom Lenz

3. Characterization Tool -------------------------------------------------------------------------------------------------------------------------------------------------

3.1. Scanning Electron Microscopy (Lab)

3.2. 4-Probe Mapping Station (Lab)

3.3. UV-Vis Spectroscopy (Lab)

3.4. Fluorescence Spectroscopy (Lab)

3.5. FT-IR Spectroscopy (Lab)

3.6. Gel-Permeation Chromatography (DMF, LiBr - Lab)

3.7. Ultracentrifuge (Lab)

3.8. Parameter Analyzer (Lab)

3.9. Polymer Solar Cell

3.10. Perovskite Solar Cell

3.11. Pseudocapacitance

3.12. Photonic Crystal Display

4. Application Tool -------------------------------------------------------------------------------------------------------------------------------------------------

4.1. Transparent Conducting Electrode (TCE)

4.2. Bezel Electrode

4.3. Graphene Field-Effect Transistor Sensor

4.4. Photodegradation

4.5. Recyclable Catalysts

4.6. Antibacterial Activity (Corporation with Prof. Gi-Sung Moon and Prof. Sung Young Park - KNUT)

4.7. Targeted Drug Delivery (Corporation with Prof. Sung Young Park - KNUT)

4.8. Bioimaging (Corporation with Prof. Sung Young Park - KNUT)

4.9. Polymer Solar Cell

4.10. Perovskite Solar Cell

4.11. Pseudocapacitance

4.12. Photonic Crystal Display

4.13. Dry CO2 Absorbing

4.14. Quantum LED

4.15. Microfluidic System (Corporation with Prof. Chan Phil Park - Chungnam National University)

4.16. High Performance Polymer Nanocomposite

4.17. Quantum Dot Solar Cell (Corporation with Prof. Byoungnam Park - Hongik University)

4.18. Li-Battery (Corporation with Prof. Byoungnam Park - Hongik University)