1 김광훈, "목조문화재의 생물피해 방제기술 개발" 국립문화재연구소 용역연구사업 연구결과 보고서 3-6, 2009
2 de Lhoneux, B, "Ultrastructural implications of gamma-irradiation of wood" 18 (18): 161-176, 1984
3 Bouchard, J, "The effect of ionizing radiation on the cellulose of woodfree paper" 13 : 601-610, 2006
4 Bull, D. C., "The chemistry of chromated copper arsenate. I. characterisation of timber treatment plant chemical sludge" 34 (34): 367-376, 2000
5 Tomazello, M. G. C, "The applicability of gamma radiation to the control of fungi in naturally contaminated paper" 16 : 93-99, 1995
6 Murayama, T, "Studies on radiation treatment of wood and wood substance" 18 : 69-, 1963
7 Hirai, N., "Studies on piezoelectric effect of wood II. Modification of Crystal Structure" 14 (14): 252-256, 1968
8 Antoine, R. C, "Studies of wood treated by high doses ofgamma-irradiation" 4 : 11-14, 1971
9 O'Brien, R. D, "Radiation, Radioactivity, and Insects" Academic Press 1964
10 Karpov, V. L, "Radiation makes better woods and copolymers" 18 : 88-90, 1960
1 김광훈, "목조문화재의 생물피해 방제기술 개발" 국립문화재연구소 용역연구사업 연구결과 보고서 3-6, 2009
2 de Lhoneux, B, "Ultrastructural implications of gamma-irradiation of wood" 18 (18): 161-176, 1984
3 Bouchard, J, "The effect of ionizing radiation on the cellulose of woodfree paper" 13 : 601-610, 2006
4 Bull, D. C., "The chemistry of chromated copper arsenate. I. characterisation of timber treatment plant chemical sludge" 34 (34): 367-376, 2000
5 Tomazello, M. G. C, "The applicability of gamma radiation to the control of fungi in naturally contaminated paper" 16 : 93-99, 1995
6 Murayama, T, "Studies on radiation treatment of wood and wood substance" 18 : 69-, 1963
7 Hirai, N., "Studies on piezoelectric effect of wood II. Modification of Crystal Structure" 14 (14): 252-256, 1968
8 Antoine, R. C, "Studies of wood treated by high doses ofgamma-irradiation" 4 : 11-14, 1971
9 O'Brien, R. D, "Radiation, Radioactivity, and Insects" Academic Press 1964
10 Karpov, V. L, "Radiation makes better woods and copolymers" 18 : 88-90, 1960
11 Schenzel, K., "New Method for determining the degree of cellulose I crystallinity by means of FT Raman spectroscopy" 12 : 223-231, 2005
12 Fengel, D., "Influence of the alkali concentration on the formation of cellulose II. Study by X-ray diffraction and FTIR spectroscopy" 49 (49): 505-511, 1995
13 Adamo, M, "Gamma radiation treatment of paper in different environmental conditions; Chemical, physical and microbiological analysis" 22 : 107-131, 2001
14 Hanus, J., "Gamma radiation for use in archives and libraries" 9 (9): 34-36, 1985
15 Gonzalez, M. E, "Gamma radiation for preservation of biologicallydamaged paper" 63 : 263-265, 2002
16 Frazier, W. C, "Food Microbiology, 4th edn" McGraw Hill 539-, 1988
17 Goto, T., "Fine structure of gamma irradiated tracheid wall in Picea abies. Bull" Bull. Kyoto Univ. For 46 : 153-161, 1974
18 Sokira, A. N., "Effect of gamma-radiation on the physicochemical and technological properties of viscose celluloses" 24 (24): 63-66, 1992
19 Raczkowski, J., "Effect of gamma radiation on shear strength of pine wood" 39 (39): 145-148, 1987
20 Pointing, S. B., "Decay prevention in water logged archaeological wood using gamma irradiation" 42 (42): 17-24, 1998
21 Isogai, A, "Crystallinity indexes of cellulosic materials" 46 : 324-329, 1990
22 Siau, J. F, "Comparison of the properties of heat- and radiation- cured wood polymer combination" 16 : 47-56, 1966
23 Lindgren R. M, "Biological deterioration of pulpwood and pulp chips during storage" 44 : 419-429, 1961