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森林可燃物的燃烧性与化学组成
引用本文:骆介禹,陈英海.森林可燃物的燃烧性与化学组成[J].东北林业大学学报,1992,20(6):35-42.
作者姓名:骆介禹  陈英海
作者单位:东北林业大学,东北林业大学,东北林业大学,东北林业大学 1990年化学系本科毕业生
摘    要:从五种针叶树叶(白皮云杉、红松、兴安落叶松、黑皮油松、樟子松)以及六种阔叶树叶(柳树、白桦、杨树、黄波罗、水曲柳、蒙古栎)的春季和秋季样品的水分、灰分(水溶性和水不溶性)、醚抽提物、含氮量、含磷量的分析得出:兴安落叶松和柳树的可燃性最小。这一结果与热重分析所得结果相符合。

关 键 词:可燃性  森林  可燃物  发热量  热分析

FLAMMABILITY AND CHEMICAL COMPONENT OF GREEN FOREST FUELS
Luo Jieyu Chen Yinghai Zhang Xiucheng Wang Yunjun.FLAMMABILITY AND CHEMICAL COMPONENT OF GREEN FOREST FUELS[J].Journal of Northeast Forestry University,1992,20(6):35-42.
Authors:Luo Jieyu Chen Yinghai Zhang Xiucheng Wang Yunjun
Institution:Northeast Forestry University
Abstract:Five conifer green needle(Picea jazonesis, Pinus koraiensis, Larix gmelini, Pinus tabulae formis and Pinus sylvestris var mongolica) and six broad-leaved tree green foliage (Salix matsudana, Betula platyphylla, Populus daviana, Phenllodendron amurense, Fraxinus mandshurica and Quercus mongolica). These samples were collected in spring and fall. By analysing of moistur, ether extraction, ash(water soluble and unwater-soluble), nitrogen and phosphorus content, showed that flammability of Larix gmelinii needle and Salix matsudana foliage was smallest. This result coincided with that of thermal analysis.
Keywords:Flammability  Ignitibity  Heat of combustion  Thermal analysis
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