- 更多网络例句与木纤维相关的网络例句 [注：此内容来源于网络，仅供参考]
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Our acoustic panel includes wooden fiber acoustic panel, cloth-fiberglass acoustic panel, wooden groove acoustic panel , wooden holed acoustic panel, wooden diffusing acoustic panel, etc., all of these products have won our customers highly comments all over the world.
我们的声学小组，包括木纤维的声学小组，布-玻璃纤维声学小组，木制槽的声学小组，木洞的声学小组，木制的扩散声小组等，所有这些产品，赢得了我们的客户提供高度的评论遍布世界各地。
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The wood structures of Lauraceae were characterized by most diffuse porous; most pores solitary, less multiple and cluster pores; simple and scalariform perforation with few bars; most solitary pore; alternate intervessel pitting; most of rays multiseriate, less uniseriate; all of rays heterogeneous, mostly heterogeneous Ⅲ and Ⅱ type rays; most of axial parenchyma paratracheal type, less banded or marginal type; oil cell and mucilage cell in axial parenchyma cell or ray cell; mostly fiber tracheid and libriform fiber, less septate fiber.
结果表明：除檫木外，其它木材的管孔分布均为散孔材，具较高的单孔率；导管分子穿孔板兼有单穿孔和梯状穿孔2种或者仅具有单穿孔；导管间纹孔式为互列；导管－射线间纹孔式类型丰富，主要为刻痕状和大圆状。木射线有单列和多列射线2种类型，单列射线稀少、短，多列射线数量多；射线组织主要为异形Ⅲ和异形Ⅱ；轴向薄壁组织以傍管状为主，少数有带状或轮界状。油细胞和粘液细胞普遍存在于射线薄壁细胞或轴向薄壁细胞中。木纤维由韧性纤维和纤维管胞组成，部分树种具分隔纤维。
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The results showed that the influence of the percentage of the needle-shaped fiber on the impact strength of NF-WPC was significant, while much more significant on the bending and tensile properties. The percentage of MAPE influenced significantly to the tensile strength and toughness of NF-WPC. In the conditions of this paper the dimension of wood fiber and the percentage of lubricant paraffin had a minor influence on the mechanical properties of NF-WPC.
结果表明：针状木纤维的含量对NF-WPC冲击强度影响显著，对弯曲性能和拉伸性能的影响高度显著；偶联剂马来酸醉接枝聚乙烯的添加量对NF-WPC的拉伸强度、断裂伸长率和冲击强度影响显著；在本文的试验范围内，木纤维尺寸和润滑剂石蜡的含量对NF-WPC力学性能的影响不显著。
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According to the feature that deformation resulted from water absorption and mildew appear mainly on the rabbet surface of ccf , this paper adopts rsst to spray a special waterproof sealant on rabbet surface of ccf , so that the sealant can get into fiberboard to certain extent by means of capillarity and penetration , blockage the holes between fibers and capillary , cut up passage of water and change the properties of soakage and sorption to water in capillarity and fiber . at the same time , solidified sealant can form a compact waterproof pellicle on rabbet surface so as to prevent water and humidity from fiber ' s expansion and mildewing
针对吸水变形、霉变主要发生在地板企口表面的特征，采用企口表面全封闭法，在复合强化地板企口表面喷涂特殊的防水封闭剂，使其依靠毛细管作用及渗透作用进入板内一定深度，堵塞木纤维之间的空隙及毛细孔通道，截断水分传递的渠道，并改变毛细孔壁及纤维的表面性质以不利于水的浸润与吸附，同时其固化后能在企口表面形成一层致密的憎水薄膜，防止水分、湿气从企口侵入板内引起木纤维膨胀变形、发霉等现象。
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By comparing of different treating methods of wood-fiber: treated with silane coupling agent, NaOH solution and silane coupling agent, grafted by poly, it can be found that grafted wood-fiber evenly distributed in PVC matrix. Grafted wood-fiber and PVC matrix had a better interfacial compatibility than that of the ungrafted wood fibers, which was verified by scanning electron microscope observation.
比较了硅烷偶联剂处理、氢氧化钠溶液浸泡与硅烷偶联剂双重处理，接枝改性等3种木纤维表面处理方法对木纤维／PVC复合材料界面及性能的影响，通过扫描电镜照片发现接枝改性木纤维在PVC基体中分散更均匀，与PVC界面相容性好。
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Based on traditional wood fiber processing way at home and abroad, this paper draws up mathematical description theory of wood fiber, finishes the mathematical description theory of single wood fiber, sum up the reason of low density of wood fiber at microcosmos state, completed the laboratory study on Micron Flake Fiber High Strength Board, set up the forming methodology of this kind of wood-based panel.
本文在总结国内外传统法木纤维加工的基础上提出了木纤维数学描述理论，进行了单个木纤维细胞的数学描述，总结了现在木纤维强度低的微观原因，完成了微米长薄片木纤维高强度人造板的实验室研究，创立了该板种的形成方法学，所提出的MFB形成理论体系和加工方式，是利用木材微纳米技术在人造板加工业中开创出的一片新研究领域，提出了微米纤维细胞劈裂的条件。
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Wood fiber was used as a filler in low density polyethylene.
研究了用改性钛酸酯类偶联剂TC-POT、TC-PBT处理木纤维和接枝氰乙基改性木纤维对低密度聚乙烯／木纤维复合材料力学性能的影响。
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In this paper though built a mathematical model of single cell structure of wood fiber,oriented machining method for micro-wood fiber was analyzed and determined,and also the splitting crack condition to form micro-wood fiber was discussed as well.
通过建立单个木纤维细胞结构形状的数学方程，分析确定定向微米木纤维加工技术形成的方法，同时讨论了实现微米木纤维细胞劈裂的条件。
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Based on setting up mathematical model of wood fiber cell structure, this paper studied on the variation description method of wood fiber cell structure, at the same time, this item set up the judging rule of the smallest cutting thickness of micrometer wood fiber cell splitting, gaining the high strength MFB of poplar whose modulus reach above 5171MPa.
本文在建立木纤维细胞结构数学模型的基础上，进行了木材纤维细胞结构劈裂描述方法的研究，建立了微米木纤维细胞劈裂的最小切削厚度判定原则，MFB的实验研究获得了弹性模量达到5171MPa以上的高强度试件。
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This study testified the advantages of produce micron wood fiber such as high fiber production, low pollution and less water usage by mechanical method, drawing up a new scientific method of forming micron wood fiber at cell splliting level.
给出了理想的试验热压曲线，分析了实验过程应该注意的问题，验证了机械法制微米级木纤维得率最高、污染最小和用水量最少的优点，从细胞劈裂水平上提出了新的形成微米木纤维的科学方法。
- 更多网络解释与木纤维相关的网络解释 [注：此内容来源于网络，仅供参考]
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wood fiber：木纤维
材质湘优木规格多种颜色咖啡,木色 棕色等可否定做可以品牌湘强是否折叠否材质属性其他家具型号无贸易属性内贸油漆无 材料:使用50%高密度聚乙烯(HDPE)和50%木纤维(wood fiber)均匀混合,经挤型 处理(Extrude)复合而成.特性:1.具有细致的木质纹理,
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xylogen：木纤维
xylofusinite 木质丝煤 | xylogen 木纤维 | xyloid 木质的;类木质的
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wood fibered plaster：木纤维灰浆
wood fibered insulation 木纤维绝热 | wood fibered plaster 木纤维灰浆 | wood float 木抹子
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wood fibered plaster：木纤维泥
wood-fiber plaster 木纤维灰浆粉刷 | wood-fibered plaster 木纤维泥 | Wood-fire impairs metal 木火刑金
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wood fibered insulation：木纤维绝热
wood fiber slab 木纤维板 | wood fibered insulation 木纤维绝热 | wood fibered plaster 木纤维灰浆
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libriform fibre：直木纤维
大咖啡 Liberian coffee (Coffea liberica, Bull.) | 直木纤维 Libriform fibre | 地衣 Lichen
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libriform wood fiber：韧型木纤维
韧皮束 phloem bundle | 韧型木纤维 libriform wood fiber | 韧性值 toughness value
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lignone：木纤维质
lignocerane 二十四烷 | lignone 木纤维质 | lignose 木纤维素
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xylon：木质;木纤维
xyloketose 木酮糖 | xylon 木质;木纤维 | xylonic acid 木糖酸
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wood fibres：木纤维; 木质纤维
wood alcohol木醇;甲醇 | wood fibres木纤维;木质纤维 | wood spirit木醇;甲烷