Study on filter substrate structure for lower backpressure and higher regeneration performance
Study on catalyzed-DPF for improving the continuous regeneration performance and fuer economy
Soot Oxidation Kinetics in Diesel Particulate Filters
SiC Diesel Particulate Filter Application to Electric Heater System
Real-time prediction of fall and collision of tracked vehicle for remote-control support
Postdetection diversity reception of QDPSK signals under frequency selective Rayleigh fading
Performance Evaluation of Advanced Robotic Hand System in Space Experiment
PERFORMANCE COMPARISON BETWEEN DS-CDMA IVC USING SIC AND CSMA/OFDM IVC UNDER DENSE TRAFFIC SITUATION
New Approach for Pore Structure and Filtration Efficiency Characterization
New approach fore pore structure and filtration efficiency characterization
Further Durabilitv Enhancement of Re-crystallized SiC-DPF
Fundamental study and possible application of new concept honeycomb substrate for emission control
Fundamental Study and Possible Application of New Concept Honeycomb Substrate for Emission Control
Effect of SiC-PDF with high cell density for pressure loss and regeneration
Effect of SiC-DPF with High Cell Density for Pressure Loss and Regeneration
Development of a Complex Type Cast Iron Brake Shoe for High Speed Train
Detection of Surface Temperature from Landsat-7/ETM+
Ash Storage Capacity Enhancement of Diesel Particulate Filter
Amplified ultrashort laser pulse shaping with feedback control referring PG-FROG traces
Amplified Ultrashort Laser Pulse Shaping with Feedback Control Referring PG-FROG Traces
2009-01-0906 The NH~3-SCR Reaction Performance with Fe/Zeolite Based Catalytic Honeycomb Substrate
2005-01-0579 Performance Evaluation of SiC-DPF Sintered with Sintering Additive
2005-01-0578 Study on the Filter Structure of SiC-DPF with Gas Permeability for Emission Control
2004-01-0954 Further Durability Enhancement of Re-crystallized SiC-DPF
2004-01-0949 Ash Storage Capacity Enhancement of Diesel Particulate Filter
2002-01-0325. Characterization of High Porosity SiC-DPF