1.
high strand integrity fibre
高度集束的原纱纤维
2.
Enhancing the strength of the yarn by causing the fibers to adhere together;
通过纤维间的粘合,提高纱线的强度：
3.
"Spinning is the process of drawing out and twisting a mass of cleaned, prepared fibres. Filament yarns generally require less twist than do staple yarns."
纺纱是对纤维集合体牵伸加捻的过程。长丝比短纤维需要的捻度少。
4.
Textile glass--Continuous filament yarns and staple fibre yarns-Determination of twist
GB/T7690.2-1987纺织玻璃纤维连续纤维纱和定长纤维纱捻度的测定
5.
They are generally stronger than ring- spun yams. This is due to the filament wrapping and to a high interfiber friction.
一般比环锭纱强度要高,其原因是长丝的包缠作用和纤维间存在较大的摩擦；
6.
To some extent the yarn number is an indication of diameter when yarns of the same fiber content are compared.
在某种程度上,纱线的细度可以表明：使用相同纤维原料时纱线直径的大
7.
" Textile glass--Continuous filament yarns, staple fibre yarns and rovings--Determination of linear density"
GB/T7690.1-1987纺织玻璃纤维连续纤维纱、定长纤维纱和无捻粗纱线密度的测定
8.
A sinusoidal curve is defined as a wavy line that has identical amplitude on each side of the central axis.
纤维呈波浪状的曲线,在纱线轴心两侧探出相同的高度。
9.
Tire cord fabric made of viscose rayon high tenacity yarns
粘胶纤维高强力纱制的帘子布
10.
Development of Ramie/bamboo/cotton Blended High Counts Yarn
苎麻/竹纤维与棉混纺高支纱的开发
11.
Bamboo fiber vortex spinning quality can enhance through advancing fiber regularity of card sliver and decre asing hook and neps.
通过提高生条中纤维整齐度,减少弯钩和棉结,可以提高竹纤维涡流纺纱的质量。
12.
high tenacity yarn
高强力[人造纤维]纱线
13.
Investigation on Moisture Permeability of Fiber Assembly Based on Simulation of Fiber-location Mode in Yarn;
基于纱线内纤维排列方式仿真模拟的纤维集合体导湿性能研究
14.
Effect of Fiber Fineness and Length Distribution on Irregularity of the Yarn and the Predication Model of Yarn Qualities;
纤维细度和长度分布对成纱不匀的影响及纱线质量预报模型
15.
A binder is necessary for strand integrity.
粘结剂对纤维的集束性能是必需的。
16.
The effect of fiber friction within rovings and yarns can be expressed by means of "minimum twist of cohesion".
粗纱和细纱中纤维摩擦的效用，可以用“最低粘合捻度”表示。
17.
Development of Aircell fiber yarn product
Aircell纤维纱线产品的开发
18.
The smaller the angle, the better the fiber alignment and the more parallel the fibers will be.
夹角越小,纤维排列越整齐,纤维在纱体中的平行度越好。