1 전수경, "은행나무, 감나무, 가중나무 세포내강의 액체이동" 한국가구학회 26 (26): 179-185, 2015
2 Siau, J. F., "Transport process in wood" Springer 1984
3 Olsson, T., "Study of the transverse liquid flow paths in pine and spruce using scanning electron microscopy" 47 : 282-288, 2001
4 Banks, W. B., "Some factors affecting the permeability of Scots pine and Norway spruce" 5 : 10-17, 1970
5 Ahmed, S. A., "Ray parenchyma and ray tracheid structure of four Korean pine wood species" 17 (17): 101-107, 2006
6 Leal, S., "Radial variation of vessel size and distribution in cork oak wood (QuercussuberL.)" 41 : 339-350, 2007
7 Hansmann, C., "Permeability of wood: A review" 47 : 1-16, 2002
8 Erickson, H. D., "Permeability of southern pine wood-A review" 2 (2): 149-158, 1970
9 Petty, J. A, "Permeability and structure of the wood of Sitkaspruce" 175 : 149-166, 1970
10 Trenard, Y., "Penetration pathways of liquid gallium in wood seen by scanning electron microscopy" 16 : 403-410, 1984
1 전수경, "은행나무, 감나무, 가중나무 세포내강의 액체이동" 한국가구학회 26 (26): 179-185, 2015
2 Siau, J. F., "Transport process in wood" Springer 1984
3 Olsson, T., "Study of the transverse liquid flow paths in pine and spruce using scanning electron microscopy" 47 : 282-288, 2001
4 Banks, W. B., "Some factors affecting the permeability of Scots pine and Norway spruce" 5 : 10-17, 1970
5 Ahmed, S. A., "Ray parenchyma and ray tracheid structure of four Korean pine wood species" 17 (17): 101-107, 2006
6 Leal, S., "Radial variation of vessel size and distribution in cork oak wood (QuercussuberL.)" 41 : 339-350, 2007
7 Hansmann, C., "Permeability of wood: A review" 47 : 1-16, 2002
8 Erickson, H. D., "Permeability of southern pine wood-A review" 2 (2): 149-158, 1970
9 Petty, J. A, "Permeability and structure of the wood of Sitkaspruce" 175 : 149-166, 1970
10 Trenard, Y., "Penetration pathways of liquid gallium in wood seen by scanning electron microscopy" 16 : 403-410, 1984
11 Liese, W., "On anatomical causes of the refractory behaviour of spruce and Douglas fir" 19 : 3-14, 1967
12 Ahmed, S. A., "Observation of liquid permeability related to anatomical characteristics in Samaneasaman" 33 (33): 155-163, 2009
13 Wardrop, A. B., "Morphological factors relating to the penetration of liquids into wood" 15 : 130-141, 1961
14 Watanabe, U., "Liquid penetration of precompressed wood VI: Anatomical characterization of pit fractures" 44 : 58-162, 1998
15 Erickson, H. D., "Liquid flow paths into wood using polymerization techniques:Douglas-fir and styrene" 14 : 293-299, 1964
16 Owoyemi, J. M., "Effect of incision on preservative capacity of Gmelinaarborea wood.Biotech" 7 : 351-353, 2008
17 Fujii, T., "Conductive function of intervessel pits through a growth ring boundary of Machilusthunbergii" 22 (22): 1-14, 2001
18 Keith, C. T., "Anatomical studies of CCA penetration associated with conventional (tooth) and with micro (needle) incising" 20 : 197-208, 1988
19 Thomas, R. J., "Anatomical features affecting liquid permeability in three hardwood species" 7 (7): 256-263, 1976
20 Kamke, F. A., "Adhesive penetration in wood- A review" 39 : 205-220, 2007
21 Flynn, K. A., "A review of the permeability, fluid flow, and anatomy of spruce (Piceaspp.)" 27 : 278-284, 1995
22 Bolton, A. J., "A re-examination of some deviations from Darcy’s Law in coniferous wood" 22 : 311-322, 1988