1 |
Andersen, G. and Brunberg, B. 1996. 'Bailing of unchipped logging resudues', in Harvesting, Storage and Road Transportation of Logging Residues, Proceedings of a workshop pf IEA-BA-Task XII activity 1.2, October 1995 in Glasgow, Scotland, Danish Forest and Landscape REsearch Institute, Horsholm, Denmark.
|
2 |
Byeon, H.S., Pack, J.H, Yun, S.L., Park, H.M., and Kim, J.K. 2008. Performance of compressive strength for wilt disease damaged tree. Journal of Wood Science, Conference 2008: 143-144.
|
3 |
McDonald, T., Stokes, B., and McNeel, J. 1994. Effect of product form, compaction, vibration and comminution on energywood bulk density. In: Preparation and Supply of High Quality Wood Fuels. IEA Task IX Proceedings. Research Note 278. Garpenberg, Sweden: Swedish University of Agricultural Sciences. pp. 6-23.
|
4 |
Oh, J.H. 2011, Development of logging residue bundler, Sanrimji 2011(5): 96-99.
|
5 |
Oh, J.H. 2011, Low cost of logging residue harvesting, Sanrimji 2011(11): 70-75.
|
6 |
Sang, S.J. and Chun, W.K. 1998. Theoretical models for stress relaxation behavior of wood under compressive strain. Journal of Furniture 9(2): 79-85.
|
7 |
Timperi, A. 2003. New technologies for the collection of wood residuals from forests. Presented at: Sustainable Production Systems for Bioenergy. Impacts on Forest Resources and Utilization of Wood for Energy. Flagstaff, AZ: International Energy Agency Task 31.
|
8 |
Hwang, J.S., Oh, J.H., Kim, N.H., and Cha, D.S. 2010. Preliminary Study on the Fuel Processing with Woody Biomass (I) - Physical Properties of Wood Chip -. Journal of Forest Science 25(1): 75-84.
DOI
|
9 |
Imai kota. 2006. A Study on Compression of Logging Residues by Container Type Bundler, Unpublished Bachelor's Thesis, University of Tokyo. Tokyo Japan.
|