Department of Information and Electronics Materials
Contributing to the creation of new industries in the age of the fourth industrial revolution
Contributing to the creation of new industries in the age of the fourth industrial revolution by developing core electronic materials for IoT devices and process
Director
NameTaek-mo Chung
Office+82-42-860-7359
E-mailtmchung@krict.re.kr
Taek-mo Chung
Major research fields
Development of smart chemical materials for IoT devices
Development of organometallic chemical materials for IT devices and technologies for depositing semiconductor/display films and manufacturing devices by using the materials
Maturation of technology for producing composite nanomaterials-based core materials for IoT devices
Development of materials for untethering IoT devices and application technology for integrated devices
Development of functional polymeric chemical materials based on new processes
Development of next-generation functional polyimide materials
Development of technology for developing and applying smart polymeric composites
Development of technology for producing core chemical materials for semiconductors and displays
Development of technology for synthesizing basic fluorine-based raw materials by using pyrolysis and fluoridation methods
Development of apparatus for new pyrolysis technology; establishment of process conditions for producing basic raw materials for semiconductors (TFE and HFP); and providing feedback
Optimization of fluoridation apparatus and synthesis of perfluorinated amine-based compounds for semiconductors
Synthesis of high-temperature, pollution-tolerant, and acid-resistant materials and preparation of coating solution
Design and synthesis of new materials (VDF-based materials, F-acryl, coolant materials, etc.)
Key research accomplishments
Development of organometallic chemical materials for Group 4 metal oxides that can be used as high dielectric materials of DRAM capacity and dielectric of HKMG; deposition of thin films of the materials; and development of device manufacturing process
Development of electrostatic generation materials that can be deformed by contraction and elongation in the plane directions
Development and transfer of process technology for graphite pretreatment and graphene manufacturing
Securing source technology for polyimide polymerization catalyst and process based on aqueous system and environment-friendly process
Development and application of variable covalent bonding-based 4D printing materials and environment-responsive smart polymer materials
Development of technology for synthesizing and forming cyclic olefin polymers
Development of technology for producing fluorine-based coating materials and patent application of the technology