本发明属于纤维成形技术领域。
一些零部件用的是碳纤维，还有一些采用了玻璃纤维成形。
Some parts are built using carbon fibre, other bits from glass fibre.
探讨了纺丝工艺对纤维成形及产品力学性能的影响。
The influence of TCS process conditions on the fiber formation and mechanical properties was discussed.
以PAN原丝成形的实验数据为基础，建立简单的纤维成形数学模型。
According to the experimental data of PAN precursor forming, a simple mathematic model of fiber forming was established.
通过对干法腈纶纤维成形机理的分析，研究了纺丝过程以后的工艺条件。
Analyze the effect of Acrylic fiber forming study the conditions after the spinning process.
采用SEM和AFM对不同条件下制得的纤维和膜进行测试，揭示干湿纺纤维成形机理。
The formation mechanism of PAN fiber was studied with the helps of SEM and AFM.
采用硫氰酸钠为溶剂，湿纺一步法工艺生产腈纶，探讨了喷丝头负拉伸率对纤维成形的影响。
Using NaSCN as solvent, acrylic fiber was produced by one-step wet spinning process. The effect of spinneret negative draw ratio on fiber formation was discussed.
大型曲轴的全纤维成形工艺是保证曲轴能够在复杂的应力状态下正常工作的一种有效的工艺方案。
The heavy crankshaft full-fibre forming process is a effective process that can ensure the crankshaft normally work in complex stress conditions.
讨论了影响纤维成形的各项因素，通过优化成形条件熏降低产品废丝率，提高腈纶纤维优级品率。
All the factors that affect fiber formation are discussed. Optimizing formation conditions and reducing disqualification products lead to a high acrylic fiber quality.
讨论了纤维的长度、粗度和纤维的内在强度对纸页的抗张强度、撕裂度和耐破度以及纸页成形性能的影响。
This paper talked about the effects of fiber length, coarseness and strength on the properties of paper, which include tensile strength, tearing strength, burst strength and formation.
首先推导了纺丝动力学数学模型及多叶形纤维截面形变动力学模型，并将两者相结合，建立了多叶形纤维纺丝成形模型。
Firstly, spinning dynamic model and deformation dynamics model of multilobal fiber section were derived, then they were combined to describe the forming process of multilobal fibers.
本文就熔融纺丝成形条件及后拉伸倍数对圆中空聚酯纤维中空度的影响进行了探讨。
The influences of formation condition and draw ratio in melt spinning on the hollowness of Circular cross section hollow polyester fiber are studied.
论述了约束成形剪切法加工异形钢纤维的原理和剪刀片的磨损机理。
This paper discusses the processing principle for the varied shape steel fibers by restrained shaping shear method and the wear mechanism for shear bits.
应用各种测试手段，对共混聚丙烯竹节纤维的成形条件、形态结构和聚集态结构进行了研究。
Formation condition, morphological and bulk structures of the pp fibre were investigated by various test methods.
为采用快速成形方法制造连续纤维复合材料件进行的探索。
The process that makes the continuous fiber reinforced composite by RPM (Rapid-Prototyping and Manufacturing) process is investigated.
外壳采用玻璃纤维增强不饱和聚酯树脂模压而成或采用不锈钢焊接成形。
Outer cover adopt glass fibre strengthen and unsaturated polyester resin mould pressing become or adopt stainless steel not to take shape.
利用自行设计的一套净成形真空液相压渗工艺装置制备了净成形碳纤维增强铝基复合材料。
A near net shaped carbon fiber reinforced Al composite was prepared by a new vacuum squeeze casting process.
开松的增强纤维与树脂纤维（240）混合，并转移到第一片材成形机（270）。
The opened reinforcement fibers are mixed with a resin (240) and transferred to a first sheet former (270).
处理后的纤维表面粗糙度增加，提高了纸页成形中纤维间的结合力。
The surface roughness increases after treatment, which can improve the physical bond between the fibers.
内套有纤维与电阻线缠绕编织成形；
The inner sheath is formed by reeling and weaving of fibers and resistance wires.
在聚酯废料生产三角异形涤纶短纤维过程中对影响纤维截面异形度的主要因素：喷丝孔截面形状、纺丝温度、冷却成形条件、后欠伸工艺参数等进行探讨。
During the process of spinning triangular heteroclite dacron fibres from polyester garbage, there are factors that may affect the hetercliteness of the intersecting surface of the fibres thus spun.
提供了一种用于成形热塑性复合材料(295)的工艺，上述工艺使用湿法使用短切玻璃纤维。
A process for forming thermoplastic composites (295) that USES wet use chopped strand glass is provided.
它的广泛报导集中在附近网成形、雾化、沉淀、纤维增强复合材料制造、微结构的演变与设备。
Its comprehensive coverage focuses on near net shaping, atomizing, deposition, fiber composite fabrication, evolution of microstructure, and equipment.
它通常都有金属条或纤维，可就需要随意屈曲成形。
It usually consists of strips of metal or fabric shaped and bent to a particular from.
非对称冷却成形法是制造螺旋形三维卷曲涤纶中空短纤维的有效方法，冷却成形条件是纺丝过程的技术关键。
Unsymmertrical quenching is an effective method to prepare spiral three-dimension-crimp PET hollow fiber. Quench forming condition is the key technique in spinning.
指出聚乳酸纤维的工业化关键是降低生产成本，开发新的纺丝成形工艺。
It was pointed out that the industrial production of poly (lactic acid) fiber could be realized by reducing the production cost and developing new spinning process.
目的对气道狭窄患者纤维支气管镜引导下行气道内支架成形术的临床应用进行评估。
Objective: To make an estimate of clinical practice of stents guided by fiber bronchoscope tracheobronchial stenosis.
本文介绍了纤维与树脂的合理选用以及渗透成形、纤维铺放和电子束固化技术。
This article introduces the reasonable selection of fibre and resin, as well as infusion molding, fibre placement and EB curing technology.
本文介绍了纤维与树脂的合理选用以及渗透成形、纤维铺放和电子束固化技术。
This article introduces the reasonable selection of fibre and resin, as well as infusion moulding and fibre placement and EB curing technology.
在涤纶短纤维加工成形过程中对超、倍长纤维的严格控制是生产技术的关键。
The reasons of the formation of defects, split filament and double length fiber during the production of superfine PA staple fiber were analyzed.
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