1 최호경, "상온에서의 용매 처리를 통한 저등급 석탄의 표면물성 및 자연발화 특성 변화" 한국화학공학회 51 (51): 609-614, 2013
2 Toru Sugita, "UBC (Upgraded Brown Coal) Process Development" 53 (53): 4-25, 2003
3 Fei, Y., "The Spontaneous Combustion Behavior of Some Low Rank Coals and a Range of Dried Products" 88 : 1650-1655, 2009
4 Carras, J. N., "Spontaneous Heating of Coal and Related Material: Models, Application and Test Methods" 20 : 1-15, 1994
5 Wang, C., "Simulated Distillation System for ASTMD2887, Based on the Agilent 6890N GC"
6 Ab Gapor Md Top, "Production and Utilization of Palm Fatty Acid Distillate (PFAD)" 22 : 11-13, 2010
7 Hulston, J., "Physico-chemical Properties of Loy Yang Lignite Dewatered by Mechanical Thermal" 1940-1948, 2005
8 Janine Hulston, "Physico- Chemical Properties of Loy Yang Lignite Dewatered by Mechanical Thermal" 84 : 1940-1948, 2005
9 Behera, P., "Peroxy Complex and Crossing Point Temperature of Talcher Coals-An Adducer to Assess the Spontaneous Combustibility Character" 1 : 55-60, 2009
10 Franceschetti, A., "Oxygen Chemisorption on Au Nanoparticles" 374 : 471-475, 2003
1 최호경, "상온에서의 용매 처리를 통한 저등급 석탄의 표면물성 및 자연발화 특성 변화" 한국화학공학회 51 (51): 609-614, 2013
2 Toru Sugita, "UBC (Upgraded Brown Coal) Process Development" 53 (53): 4-25, 2003
3 Fei, Y., "The Spontaneous Combustion Behavior of Some Low Rank Coals and a Range of Dried Products" 88 : 1650-1655, 2009
4 Carras, J. N., "Spontaneous Heating of Coal and Related Material: Models, Application and Test Methods" 20 : 1-15, 1994
5 Wang, C., "Simulated Distillation System for ASTMD2887, Based on the Agilent 6890N GC"
6 Ab Gapor Md Top, "Production and Utilization of Palm Fatty Acid Distillate (PFAD)" 22 : 11-13, 2010
7 Hulston, J., "Physico-chemical Properties of Loy Yang Lignite Dewatered by Mechanical Thermal" 1940-1948, 2005
8 Janine Hulston, "Physico- Chemical Properties of Loy Yang Lignite Dewatered by Mechanical Thermal" 84 : 1940-1948, 2005
9 Behera, P., "Peroxy Complex and Crossing Point Temperature of Talcher Coals-An Adducer to Assess the Spontaneous Combustibility Character" 1 : 55-60, 2009
10 Franceschetti, A., "Oxygen Chemisorption on Au Nanoparticles" 374 : 471-475, 2003
11 Brooks, K., "Evaluating the Risk of Spontaneous Combustion in Coal Stockpiles" 67 : 651-656, 1988
12 Unal, S., "Effect of Drying Methods on the Low Temperature Reactivity of Victorian Brown Coal to Oxygen" 71 : 183-192, 1992
13 Mujumdar, A. S., "Drying of Low Rank Coal" 2011
14 Kinoshita, S., "Demonstration of Upgraded Brown Coal (UBC) Process by 600 tonnes/days Plant" 29 : 93-98, 2010
15 Xuyao, Q., "Crossing Point Temperature of Coal" 21 : 255-260, 2011
16 Wang, D. M., "Changes in Active Functional Groups during Low-temperature Oxidation of Coal" 20 : 35-40, 2010
17 Umar, D. F., "Change of Combustion Characteristics of Indonesian Low Rank Coal due to Upgraded Brown Coal Process" 87 : 1007-, 2006
18 Yuan, L., "CO and CO2 Emissions from Spontaneous Heating of Coal under Different Ventilation Rates" 88 : 24-30, 2011
19 Kadioglu, K. Y., "A Study of Spontaneous Combustion Characteristics of a Turkish Lignite: Particle Size, Moisture of Coal, Humidity of Air" 133 : 255-261, 2003