| - | Characteristics of microbial community in a hollow-fiber membrane biofilm reactor for the biological conversion of carbon dioxide to methane | Ju Dong Hun; Lee, Sun Mi; Lee Tae Woo; SHIN, JEONG HOON; Byoung-In Sang |
| - | CONVERSION OF CARBON DIOXIDE TO METHANE USING ANAEROBIC AUTOTROPHIC METHANOGENS | Bae Jae Sang; Jeon Byung Seung; Ju Dong Hun; Lee, Sun Mi; Byoung-In Sang |
| - | Diversity of microbial community in a hollow-fiber membrane biofilm reactor for the biological carbon dioxide conversion to methane | Ju Dong Hun; SHIN, JEONG HOON; Byoung-In Sang |
| - | Effects of pH conditions on the biological carbon dioxide conversion to methane in a hollow-fiber membrane biofilm reactor (Hf-MBfR) | Ju Dong Hun; SHIN, JEONG HOON; Byoung-In Sang |
| - | Effects of pH conditions on the biological conversion of carbon dioxide to methane in a hollow-fiber membrane biofilm reactor (Hf-MBfR) using anaerobic sludge | Ju Dong Hun; SHIN, JEONG HOON; Byoung-In Sang |
| - | Effects of pH on the biological CO2 conversion to CH4 in a hollow-fiber membrane biofilm reactor and diversity of microbial community | Ju Dong Hun; SHIN, JEONG HOON; Byoung-In Sang |
| - | Terminal-Restriction Fragment Length Polymorphisms (T-RFLP) Analysis for Microbial Community in Methane Gas Production Process | Bae Jae Sang; Kim, Seil; Ju Dong Hun; Seong Hyeon Je; Park Seong Beom; Youngsoon Um; Byoung-In Sang |
| - | The Effect of Operation Condition of H2/CO2 Fermentation Using Hollow-fiber Membrane Filter Reactor | Bae Jae Sang; Jeon Byung Seung; Ju Dong Hun; Lee Sun Mi; Byoung-In Sang |
