000			02100nab a2200301 i 4500
003			BR-BrBNA
005			20260511131016.0
008			260511b2020 bl.qr|pooa||| 00| 0 eng |
040			_aBR-BrBNA _beng
072			_aP07 _b8905
100			_aArantes, Marina Donária Chaves
100			_aTrugilho, Paulo Fernando
100			_aMoulin, Jordão Cabral
100			_aGoulart, Selma Lopes
100			_aBaraúna, Edy Eime Pereira
100			_aAbreu Neto, Raul de
245			_aAnatomy of Charcoal and Carbonization Effect under Eucalyptus Fibers’ Dimensions
500			_aPublicação on-line; 17 ref.; 3 tables; 3 illus.; Summary (En)
520			_a Abstract The anatomy of wood and charcoal was analyzed by scanning electron microscopy in three radial positions of E. urophylla and E. Grandis in different diameter classes at six years. The carbonization process was given in the muffle with an average rate of 0.5 °C increment per minute, using initial temperature of 150 °C and maximum of 450 °C. It was observed that the pore diameter presented higher values in the samples obtained in the internal position. The diameter classes of the trees almost did not influence the characteristics of the fibers. In the external position (close to the shell) fibers with higher values of cell wall thickness and smaller values of lumen diameter and width were identified. The fiber lumen diameter was not affected by the wood carbonization process, whereas the cell wall thickness and fiber width were reduced. Keywords: thermal wood degradation, scanning electron microscopy, pores and fibers of charcoal.
650			_aCARVÃO VEGETAL
650			_aPOROSIDADE
650			_aFIBRA
650			_aMICROSCOPIA ELETRÔNICA
773	0		_02929 _9347956 _dRio de Janeiro-RJ Instituto de Florestas - UFRRJ 1994 _o2025-0455 _tFloresta e Ambiente (Brazil) _x1415-0980 / ISSN 2179-8087 0nline _gv. 27(1) p. 1-7; (2020) _wBR2026001200
856			_uhttps://www.scielo.br/j/floram/a/WdnkjZ8bwssGFHc85XPcqkL/?format=pdf&lang=en
942			_cANA
999			_c341740 _d341740