| 14 |
Technology for Duel Fuel (Diesel–Natural Gas) Engine with 425 PS |
Dr. Changup Kim |
Department of Engine Research |
Download |
| 13 |
System Configuration and Operation Method of Supercritical CO2 Power Cycle with Improved Exergetic Efficiency Using Both High–temperature Heat Source and Low– temperature Heat Source |
Dr. Youngmin Kim |
Department of Engine Research |
Download |
| 12 |
Coal Combustion System Including Pulverizer |
Dr. Sangin Keel |
Department of Environmental Machinery |
Download |
| 11 |
Low–NOx Combustor Design by Using Laser Diagnostics Techniques |
Dr. Hanseok Kim, Dr. Minkuk Kim |
Department of Clean Fuel & Power Generation |
Download |
| 10 |
Gas Fuel–based Integrated Greenhouse Energy System Technology (TRI–GEN System) |
Dr. Sang Min Lee |
Department of Clean Fuel & Power Generation |
Download |
| 9 |
High–efficiency Hybrid Power Generation System integrating Fuel Cell and Internal Combustion Engine |
Dr. Young Duk Lee |
Department of Clean Fuel & Power Generation |
Download |
| 8 |
Biocrude-oil Production System |
Dr. Yeonseok Choi |
Department of Clean Fuel & Power Generation |
Download |
| 7 |
Leading Point Type Visualization Toolkit |
Dr. Kook Young Ahn |
Department of Clean Fuel & Power Generation |
Download |
| 6 |
Indoor Electrostatic Air Filter Using Carbon Fiber Ionization Process |
Dr. Bangwoo Han |
Department of Environmental Machinery |
Download |
| 5 |
Low Pollution Combustion Technology Using High Temperature FGR with a Nozzle with the Coanda Effect |
Dr. Sung Hoon Shim |
Department of Environmental Machinery |
Download |
