1)profiled fiber异形纤维
1.Study on the trial production technology of "H"shaped profiled fiber;“H”形异形纤维的试生产工艺探讨
2.Effects of spinning technique and profiles of profiled fibers on their performances;纺丝工艺及截面形状对异形纤维性能的影响
英文短句/例句
1.Study on the Technologies of Fiber Embedding and Cutting and Characteristic Parameters of Profiled Fibers;纤维的包埋切片技术与异形纤维特征参数研究
2.Study on Tensile Strength of Shaped-Fiber/Resin Composites异形纤维/树脂基复合材料拉伸强度的研究
3.Research on High Polymer Flow in Spinneret Microhole and Profiled Fibers Formation Process;喷丝板微孔中熔体流动及异形纤维成形过程的研究
4.The Chracteristic of Shaped Fibers and Evaluation of Their Moisture Management Properties;吸湿排汗类异形纤维横截面特征研究与吸湿排汗性能评估
5.Alkaline hydrolysis properties of modified profiled hollow polyester fiberSIP改性异形聚酯纤维的碱水解性能
6.Microwave absorbing properties of composites reinforced by irregular carbon fiber异形截面碳纤维复合材料的吸波性能
7.On the techniques involved in spinning triangular heteroclite dacron short fibres from polyester garbage聚酯废料纺制三角异形涤纶短纤维工艺探讨
8.Preparation and Properties of Silicon Carbide Fibers with Complex Non-circular Section;复杂异形截面碳化硅纤维的制备与性能
9.Research on Seismic Performance of RC Frames with Specially-Shaped Columns Reinforced by Polypropylene Fiber聚丙烯纤维增强异形柱框架抗震性能的研究
10.Study on the Within Tree Variation of Bark Deduction and Bark Fiber Morphology of Eucalyptus桉树树皮率及树皮纤维形态的株内变异研究
11.Application of the Fractal Dimension to the Image Processing of Foreign Fibers in Raw Cotton分形维数在原棉异纤图像处理中的应用
12.Morphological Feature of Wood Fiber of Eucalyptus grandis and Its Variation巨桉人工林木材纤维形态特征及其变异
13.High fiber length variation and immature fibers.纤维长度差异大和未成熟纤维含量高。
14.intrinsic anisotropy(纤维的) 内在各向异性
15.The fibers remaining form a thin web or layer.留下的纤维形成一个薄薄的纤维网或叫纤维层。
16.Fiber dimensions of different poplar clones were different at the same stand conditions.同一立地条件下，不同无性系之间的纤维形态存在著差异。
17.Study on the Bond Mechanism of Deformed Steel Fiber and Concrete and Toughening Effect;异形钢纤维与混凝土粘结机理及其增韧效应研究
18.Experimental and Theoretical Research of Concrete Structure with Specially-Shaped Columns Reinforced by Fiber under Cycilc Loading低周往复荷载下纤维增强混凝土异形柱结构的试验及理论研究
相关短句/例句
profile fiber异形纤维
1.Production method for (cottonseed meal) amino acid profile fiber;(棉籽粕)氨基酸异形纤维的生产方法
2.By experiments,it analysed the influence of cross sections of profile fiber on the properties of moisture-transfer and dry-fast.通过试验,分析了异形纤维的截面形状对织物导湿快干性能的影响。
3.The hydraulic shape factor was suggested to be used as the index for characterizing degree of profile fibers.讨论了用于纺制异形纤维的两种中间相沥青的性质，并根据中间相沥青熔体的模口膨化比等性质，设计制造了用以纺制中空、条形、Ｙ形等异形纤维的喷丝板。
3)shaped fiber异形纤维
1.Key technical conditions and influencing factors in development of shaped fiber;异形纤维开发的技术关键与影响因素
2.The paper focus on that the manufacture of shaped fiber.在20篇文献的基础上 ,综述了异形纤维的制造、异形玻璃纤维增强聚合物基复合材料的性能以及在高性能覆铜板中的应用现状。
3.In this thesis, the cross-sections of shaped fibers with moisture management properties were studied and the fabric moisture management properties of these fibers were also evaluated.获得了接近真实的、适合图像处理的异形纤维横截面图片。
4)Noncircular carbon fibers异形炭纤维
5)deformed steel fiber异形钢纤维
1.Experimental study on properties of deformed steel fiber reinforced concrete;异形钢纤维混凝土性能试验研究
2.Experimental research of the mechanics properties of deformed steel fiber reinforced microslag concrete;异形钢纤维增强磨细矿渣混凝土力学性能的试验研究
3.The experiment methods of the bonding strength between deformed steel fiber and concrete was self-designed.自行设计了异形钢纤维与混凝土粘结强度试验方法。
6)heteroshape-heterofineness-heteroshrinkage fiber异形异纤异收缩纤维
1.The geometric design of conical orifice was studied for heteroshape-heterofineness-heteroshrinkage fiber.讨论了纺制异形异纤异收缩纤维用的喷丝板的微孔锥形出口几何形状的设计 ,纺丝实验证明 ,在常规纺丝条件下 ,用带有锥形孔的喷丝板并改变结构参数 ,可生产三异纤维。
延伸阅读
异形纤维 用异形喷丝孔纺制的非圆形横断面的合成纤维。合成纤维虽有各种独特的性能。但制成织物后某些服用性能常不如天然纤维。为了使合成纤维具有羊毛或蚕丝等的优点，常模仿天然纤维结构的特征，在不损害纤维基本性能的前提下，使纺丝流体通过特定的喷丝孔压出成形，制成相应断面的合成纤维，这是一种物理改性方法。粘胶或腈纶纺丝制得的纤维断面并非圆形，而呈锯齿形或哑铃形等，但并不是异形纤维。 异形纤维的断面有三角形、五角形、三叶形、多叶形、哑铃形、椭圆形、L形、藕形以及圆中空和异形中空等多种。不同类型的异形纤维具有不同的性能。三角形纤维有闪光性，可制做美观的闪光毛线和外衣。五角形纤维有显著的羊毛感，具有良好的抗起球性，可制高级银枪大衣呢。五叶形纤维很象蚕丝，织物轻软滑爽而无蜡感,可制成有真丝绸感并有化纤挺爽特点的衣料。L形纤维有良好吸湿性；中空纤维比重轻,有保暖性,手感良好，可制做絮棉或毛毯等。 异形纤维一般采用异形喷丝孔制造。选择不同形状的喷丝孔能制得不同断面的异形纤维。还可以采用熔体互粘、复合丝的分离、后处理变形、中心吹气、复合异形丝等技术，或采用纤维表面变形等方法来制造异形纤维。 异形纤维可纺制成单丝、复丝、短纤维以及纤维束、弹力丝等。用异形纤维制造的织物具有闪光和柔软、滑爽、膨松的手感，接近于羊毛或丝绸。异形纤维适于制做各种新颖的织物、人造毛皮、合成革底布、人造麂皮等，在医疗、三废处理和香烟过滤嘴等方面也得到应用。
