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首页> 外文会议>International Conference on Sustainable Future for Human Security >Exploration of Unutilized Fast Growing Wood Species from Secondary Forest in Central Kalimantan: Study on The Fiber Characteristic and Wood Density
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Exploration of Unutilized Fast Growing Wood Species from Secondary Forest in Central Kalimantan: Study on The Fiber Characteristic and Wood Density

机译：卡马丹中部二次森林未利用快速种植木种的探索：纤维特性和木材密度研究

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Fast growing wood species has become more promising as alternative wood sources to solve the gap between wood demand and supply. In this study, we focus on their fiber characteristicsand the wood density to determine their potential utilization. Thirty fast growing species were taken from secondary forest at PT Sari BumiKusuma, Central Kalimantan, Indonesia. Several hardwood and softwood species, which are commonly used in pulp and paper industries, were used as a comparison.The result showed that these species are low to high density (0.18-0.86). It is interesting to note that the fiber lengths of the 5 wood species were greater than commonly hardwoods, and similar with fiberlengths of softwoods. The fibers of the woods have good rankle ratio and the flexibility values. There were 7 potential species to be used as alternative wood material for pulp and paper: Endospermumdiadenum, Dillenia sp., Adinandradumosa, Adinandra sp., Naucleajunghuhnii, Neonaucleagigantea and Ficusfulva.
机译：快速增长的木材物种作为替代木材来源变得更加前景，以解决木材需求和供应之间的差距。在这项研究中，我们专注于他们的纤维特征和木质密度来确定其潜在的利用率。在印度尼西亚州卡利莫纳塔斯州Pt Sari Bumikusuma的二级森林中取出了三十个快速生长物种。几种硬木和软木种类通常用于纸浆和造纸工业，用作比较。结果表明，这些物种较低至高密度（0.18-0.86）。值得注意的是，5个木种的纤维长度大于普通硬木，与软木的光纤长度相似。树木的纤维具有良好的大气比和柔韧性值。有7种潜在物种用作纸浆和纸张的替代木材：杜尼诺州SP，杜尼诺亚洲，阿德内德拉SP。，Naucleajunghnii，Neonaucleagigantea和Ficusfulva。

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