Improving ionization efficiency through the promotion of solute.
Controlling particle growth by electrolyzing the solvent to provide an oxide source and forming an excess of ions.
Synthesizing nanoparticles by using plasma to provide strong instantaneous energy, thereby radicalizing ions.
Synthesizing uniformly sized nanoparticles in a short time due to high.
Synthesizing high-quality particles while reducing production costs and time.
Development of next-generation nanoparticles below 10nm for Semiconductor line with reduction.
Defect Minimization.
Development of spherical, cubic, hexagonal particles sized 5-40m
Actively reflecting the demands of manufacturers seeking stable production at a low cost.
Developing products that enable cost reduction through process improvements.
Photocatalytic activated carbon has excellent water treatment capabilities through adsorption and conversion, and it is recyclable.
Black TiO₂ has air purification effects and excellent antibacterial properties, making it suitable for use in medical supplies such as masks, textiles, filters, and air purifiers.
Research on utilizing TiO₂ photocatalysts for the regeneration of activated carbon.
Development of materials that can be activated in the visible light spectrum.
Application on Next-generation high-density magnetic storage media and nanocomposites in the field of information technology.
Developing technology for controlling oxidation states of particles, sized 500-1000nm.
Development of diagnostic kit technology tailored to the type of infectious diseases such as COVID-19.
Development of spherical gold particles sized 40m.
Research on Surface Plasmon Resonance (SPR) through absorption in the long-wavelength range of 620-750nm.
