The principle presented in this paper is of significance to leaf fiber extraction.
该理论成果对叶脉纤维的提取研究及生产实践具有重要意义。
Brazilian fan palm having an edible root; source of a useful leaf fiber and a brittle yellowish wax.
有可食用根的扇叶葵，是一种有用树叶纤维和一种易碎的淡黄色蜡的来源。
This article investigated the effect of different degumming processes on the physical properties of pineapple leaf fiber.
探讨了不同脱胶工艺对菠萝叶纤维物理性能的影响。
Show that: the palm leaf fiber has good mechanical and physical properties and has a great value for further developing and studying.
结果表明，棕叶纤维具有良好的物理机械性能，具有进一步研究开发价值。
This species is introduced from abroad for, greenhouse, hardy, fast-growing resistant, fragrance, flavor, taste good, big leaf fiber surface, double oil, aging.
该品种是由国外引进，适合保护地、露地栽培，耐寒，速生，极耐抽苔，味香浓，叶片大，口感好，双油面，纤维少，不易老化。
To the author, with the distinctive style and excellent antiseptic performances, the products made of pineapple leaf fiber would have a good marketing prospect in Japan.
菠萝麻作为一个新兴的麻种，兼具独特的功能和风格，有望在日本市场赢得有一片天地。
Leaves that grow in hotter air contain more fiber and less digestible protein, meaning leaf-eaters would take longer to process their food.
在较高温度生长的树叶将含有更多的纤维性物质，缺乏易于消化的蛋白质。这也意味着以树叶为食的动物需要更长的时间消化食物。
This paper introduced the drying experiment of pineapple leaf wet fiber with a hot airflow drying (device).
用热风干燥试验装置对菠萝叶湿纤维进行干燥试验，选择不同温度、风速对其干燥规律进行研究。
Jiamusi Paper Co. , Ltd. (Group) is the only enterprise in China to make pulp wholly from long fiber coniferous wood and makedunnage paper with the addition of pulp from broad leaf wood.
佳木斯纸业集团是我国唯一全部用长纤维针叶材制浆，辅之以阔叶浆制造工业包装纸的企业。
The invention provides a method for preparing an insoluble tea-leaf dietary fiber.
本发明提供了一种不溶性茶渣膳食纤维的制备方法。
The insoluble tea-leaf dietary fiber has high intermediate product whiteness, high organoleptic quality and high water holding capacity and expansibility.
本发明制备的不溶性茶渣膳食纤维中间品白度高，感官品质好，具有高的持水力和膨胀性。
The insoluble tea-leaf dietary fiber is prepared from tea leaves serving as raw materials by drying, coarse grinding, acid treating, alkali treating, degreasing, decoloring, drying and crushing.
该方法以茶渣为原料，经过干燥、粗粉碎、酸处理、碱处理、脱脂、脱色、干燥后并粉碎，制得不溶性茶渣膳食纤维。
Carbon fiber reinforced polymer (CFRP) is widely used for making leaf joint and cartridge receiver with the development of material science and structural mechanics.
随着材料科学、结构力学的飞速发展，碳纤维增强复合材料(CFRP)越来越多地应用于航空产品中。
Carbon fiber reinforced polymer (CFRP) is widely used for making leaf joint and cartridge receiver with the development of material science and structural mechanics.
随着材料科学、结构力学的飞速发展，碳纤维增强复合材料(CFRP)越来越多地应用于航空产品中。
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