1 김종인, "목재 및 목질재료용 난연성 폴리우레탄수지 도막의 난연성능" 한국목재공학회 30 (30): 172-179, 2002
2 신백우, "목분-고밀도폴리에틸렌 복합체의 연소성 및 열적특성" 한국화재소방학회 26 (26): 89-95, 2012
3 서현정, "국내 유용 해외 목재 수종의 연소특성 평가" 한국목재공학회 44 (44): 19-29, 2016
4 Y. G. Eom, "Wood and Engineered Wood as The Eco-friendly Building Materials" 20 (20): 26-49, 2007
5 J. Yang, "Using DTA to Quantitatively Determine Enthalpy Change Over a Wide Temperature Range by the"Mass-Difference Baseline Method"" 131 (131): 1999-,
6 H. Yang, "Thermal Properties of Bio-flour-Filed Polyolefin Composites with Different Compatibilizing Agent Type and Content" 181 (181): 2006-,
7 Y. Park, "The Improvement of Thermal Conductivity of Wood-based Panel for Laminated Flooring Used the Exfoliated Graphite for Heating Energy Conservation" 18 (18): 650-655, 2011
8 H. J. Seo, "The Evaluation of the Flame Retardant Performance of the Wood-based Building Materials Applied to Carbon Materials" 21 (21): 514-526, 2014
9 K. Ozkaya, "The Effect of Potassium Carbonate, Borax and Wolmanit on the Burning Characteristics of Oriented Strandboard(OSB)" 21 (21): 1457-1462, 2007
10 S. Liodakis, "Testing the Retardancy Effect of Various Inorganic Chemicals on Smoldering Combustion of Pinus Halepensis Needles" 444 (444): 157-165, 2006
1 김종인, "목재 및 목질재료용 난연성 폴리우레탄수지 도막의 난연성능" 한국목재공학회 30 (30): 172-179, 2002
2 신백우, "목분-고밀도폴리에틸렌 복합체의 연소성 및 열적특성" 한국화재소방학회 26 (26): 89-95, 2012
3 서현정, "국내 유용 해외 목재 수종의 연소특성 평가" 한국목재공학회 44 (44): 19-29, 2016
4 Y. G. Eom, "Wood and Engineered Wood as The Eco-friendly Building Materials" 20 (20): 26-49, 2007
5 J. Yang, "Using DTA to Quantitatively Determine Enthalpy Change Over a Wide Temperature Range by the"Mass-Difference Baseline Method"" 131 (131): 1999-,
6 H. Yang, "Thermal Properties of Bio-flour-Filed Polyolefin Composites with Different Compatibilizing Agent Type and Content" 181 (181): 2006-,
7 Y. Park, "The Improvement of Thermal Conductivity of Wood-based Panel for Laminated Flooring Used the Exfoliated Graphite for Heating Energy Conservation" 18 (18): 650-655, 2011
8 H. J. Seo, "The Evaluation of the Flame Retardant Performance of the Wood-based Building Materials Applied to Carbon Materials" 21 (21): 514-526, 2014
9 K. Ozkaya, "The Effect of Potassium Carbonate, Borax and Wolmanit on the Burning Characteristics of Oriented Strandboard(OSB)" 21 (21): 1457-1462, 2007
10 S. Liodakis, "Testing the Retardancy Effect of Various Inorganic Chemicals on Smoldering Combustion of Pinus Halepensis Needles" 444 (444): 157-165, 2006
11 KS F 2271, "Testing Method for Incombustibility of Internal Finish Material and Element of Buildings" 2006
12 C. Branca, "Semi-global Mechanisms for the Oxidation of Diammonium Phosphate Impregnated Wood" 91 (91): 97-104, 2011
13 H. J. Seo, "Review on Enhancing Flame Retardant Performance of Building Materials using Carbon Nanomaterials" 20 (20): 514-526, 2013
14 S. Liang, "Recent Developments in Flame Retardant Polymeric Coatings" 76 (76): 1642-1665, 2013
15 KS F ISO 5660-1, "Reaction to Fire Test-Heat Release. Smoke Production And Mass Loss Rate-Part 1 : Heat Release Rate(Cone Calorimeter Method)" Korean Standards Association 2003
16 K. C. Tsai, "Orientation Effect on Cone Calorimeter Test Results to Assess Fire Hazard of Materials" 763 (763): 2009-,
17 B. Li, "Influence of Polymer Additives on Thermal Decomposition and Smoke Emission of Poly(Vinyl Chloride)" 82 (82): 467-476, 2003
18 L. Zhou, "Hydropyrolysis cHaracteristics and Kinetics of Potassiumimpregnated Pine Wood" 116 : 149-157, 2013
19 A. P. Mouritz, "Heat Release of Polymer Composites in Fire" 37 (37): 1040-1054, 2006
20 T. Randoux, "Halogen-free Flame Retardant Radiation Curable Coatings" 281 (281): 2002-,
21 M. Delichatsios, "Flammability Properties for Charring Materials" 38 (38): 219-228, 2003
22 L. A. Lowden, "Flammability Behaviour of Wood and a Review of the Methods for Its Reduction" 2 (2): 1-19, 2013
23 Mingyu-Wen, "Flame Retardant Performance of Wood Treated with Flame Retardant Chemicals" 한국목재공학회 40 (40): 311-318, 2012
24 M. Gao, "Flame Retardance of Wood Treated with Guanidine Compouns Characterized by Thermal Degradation Behavior" 73 (73): 151-156, 2005
25 G. Camino, "Fire Retardant Polymer Materials New Perspectives" 101 (101): 2005-,
26 P. D. Evans, "Fire Resistance of Preservative Treated Fence Posts" 1994
27 H. J. Seo, "Fire Properties of Pinus densiflora Utilizing Fire-retardant Chemicals based on Borated and Phosphorus(I)-Combustion Characteristics" 12 (12): 5417-5427, 2017
28 H. J. Seo, "Enhancing the Flame-retardant Performance of Wood-based Materials using Carbon-based Materials" 123 : 1935-1942, 2016
29 A. D. Cavdar, "Effect of Various Wood Preservatives on Limiting Oxygen Index Levels of Fir Wood" 50 : 279-284, 2014
30 J. Jiang, "Effect of Nitrogen Phosphorus Flame Retardants on Thermal Degradation of Wood" 24 (24): 2633-2637, 2010
31 A. D. Cavdar, "Effect of Boric Acid and Borax on Mechanical, Fire and Thermal Properties of Wood Flour Filled High Density Polyethylene Composites" 60 : 6-12, 2015
32 정영진, "Comparison of combustion properties of native wood species used for fire pots in Korea" 한국공업화학회 16 (16): 15-19, 2010
33 Y. J. Chung, "Comparison of Combustion Properties of the Pinus Regida, Castanea Sativa and Zelkoa Serrata" 23 (23): 73-78, 2009
34 H. J. Seo, "Combustion and Thermal Characteristics of Korean Wood Species" 11 (11): 7537-7550, 2016
35 J. Luche, "Characterization of Thermal Properties and Analysis of Combustion Behavior of PMMA in a Cone Calorimeter" 46 (46): 451-461, 2011
36 J. A. Drysdale, "Boron Treatments for the Preservation of Wood-a Review of Efficacy Data for Fungi and Termites" 1994
37 Y. J. Park, "A Study on the Emissions of CO2/non-CO2 for the Crown Layer and Surface Layer of Pine Trees" 30 (30): 111-118, 2015
38 H. J. Seo, "A Study on the Combustion Characteristics of Useful Imported Wood for Building Materials-Focusing on the North American species(Douglas-fir, Western Red cedar)and African species(Makore, Padauk, Bubinga)-" 32 (32): 8-14, 2017