1) Yarn Strength
成纱强度
1.
The factors of influencing siro-spun yarn quality were detailedly analysed from the aspects of yarn strength and hairiness.
重点从赛络纱成纱强度及成纱毛羽两方面对影响赛络纱成纱质量的因素进行详细地分析。
2) Yarn tenacity
成纱强度
1.
The research results show that with the increase of the nozzle pressure,the yarn tenacity first increases and then decreases.
研究表明:随着喷嘴气压的增加,成纱强度先增大后降低,在500 kPa时达到最佳值;随着螺旋曲面角度的增大,成纱强度先增大后降低,在60°时达到最佳值;随着导引针到空心管距离的增加,成纱强度先增大后降低,在1。
3) yarn strength
成纱强力
1.
Conclusion is made that the carding roller is the main cause of the aparting degree of fiber,effecting yarn strength,evenness,slubs and snicks.
为了提高转杯纺纱工序的成纱质量,通过大量的试验数据分析,详细讨论了分梳辊、假捻盘、转杯对成纱质量的影响,指出:分梳辊主要影响纤维分离度,从而影响成纱强力、条干和粗、细节;假捻盘具有假捻效应,主要有利于提高动态强力,降低成纱断头,稳定生产,但不利于提高成纱强力;转杯转速与直径的配置是关键,速度、直径和凝聚槽形状直接影响成纱质量。
2.
Using some experimental data of cotton fiber quality to train the network and then forecasting the yarn strength,it can be obtained that using RBF neural network to forecasting yarn strength can overcome the shortcomings,e.
由于多元线性回归模型对棉纤维的品质和成纱质量之间关系预测精度及适应性较差,提出采用径向基函数对BP神经网络进行改进,使用测得的棉纤维品质部分实验数据对网络进行训练,然后对成纱强力进行预测,得出采用改进后的RBF神经网络对纱线强力进行预测,克服了陷入局部极小和运算迭代量大的缺点,有效地提高学习速度,收敛速度加快,训练时间缩短,预测精度提高,能较好地预测纱线的强力。
3.
In order to explain the effect of these structural parameters on yarn strength,experiments and regression analysis are undertaken to investigate the effect of the first nozzle structural parameters on air-jet spun yarn strength.
4 mm,喷射孔数目为4个时,成纱强力最高。
4) strength of yarn
成纱强力
1.
Influence of carding,drum and output speed of friction spinning on the strength of yarn;
摩擦纺分梳、尘笼和输出速度对成纱强力的影响
2.
Effect of angles transmit cotton pipe line on the strength of yarn.;
中支摩擦纺输棉管倾角对成纱强力的影响
5) single end strength
单纱强度
6) yarn tenacity
纱线强度
1.
Raw cotton yarn tenacity's rule extraction based on Rough Set theory;
基于Rough Set理论对原棉纱线强度的规则提取
补充资料：纱纱
1.细微。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条