1) filamentation
成丝
1.
Dependence of spectrum broadening on inner diameter of capillary restricting the filamentation in high pressure gas;
束缚高压强气体中成丝的空心毛细管芯径对光谱展宽的影响
2.
Spectrum evolution of filamentation restricted by capillary in high pressure gas;
空心毛细管束缚高压气体成丝的光谱演变
3.
High Power Ultra Short Laser Pulse Filamentation Using Variational Analysis;
用变分法研究超短超强脉冲在介质中的成丝
2) steel wire cost
钢丝成本
3) spun-laid
纺丝成网
1.
The article first introduces briefly the production principle and applications of spun-laid nonwoven fabric and then gives a detailed introduction to some key points in the installation of LW 402-320 (S) PP calender bonded nonwoven fabric production line developed and manufactured by Shaoyang Textile Machinery Works and sets forth personnel opinions on certain points to be noticed in production.
文章简要介绍了纺丝成网非织造布生产原理、用途。
4) spinning mechanism
成丝机理
1.
The mechanical properties of the Araneus Ventrious spider dragline silks were studied at variable conditions, humidity, spider's weight, crawling way, to understand spider's spinning mechanisms.
为进一步探索蜘蛛丝的成丝机理 ,研究了不同个体大小 ,不同生存方式 ,不同环境湿度的大腹圆蛛牵引丝的拉伸性能。
5) silk reeling result
缫丝成绩
1.
Investigations made on silk reeling results indicate that chute feeding can protect cooked cocoons and improve their processing property, beneficial to improving silk reeling results.
通过对管道输送煮熟茧生产实绩的调查 ,经试验分析认为 :管道输送煮熟茧保护了煮熟茧的质量 ,改善了煮熟茧的工艺性能 ,因此有利于提高缫丝成绩。
6) component of weld wire
焊丝成分
1.
Effects of component of weld wire on susceptibility of hot weld crack of L C9CS aluminum alloy is discussed by"fish-bone"cracking test,the surface form of the weld crack and the metallographic stucture of the weld seam are also be analyzed,and AC-PTIG is used.
采用交流脉冲氩弧焊法 ,进行鱼骨状裂纹试验 ,探讨了焊丝成分对 L C9CS超硬铝焊接热裂纹敏感性的影响。
补充资料：丝束直接成条机
分子式：
CAS号：
性质：系指经化纤后加工处理的连续状短纤维长丝束，通过牵切或压切等手段，使之直接成为可供后续纺织加工的化纤短纤维条(top)的专用设备均谓之。前者有两种类型：随机拉断型和刮伤拉断型。后者主要有三类：(1)经压切的纤维，处在长输送带与快速回转的推移罗拉之间，纤维同时受牵伸和推拉作用而被重新排列成纤维条；(2)压切机构与针梳机相连，切断纤维在梳箱内重排成纤维条；(3)压切机构与针梳机相连，切断纤维在针梳的牵拉过程中重排成纤维条。
CAS号：
性质：系指经化纤后加工处理的连续状短纤维长丝束，通过牵切或压切等手段，使之直接成为可供后续纺织加工的化纤短纤维条(top)的专用设备均谓之。前者有两种类型：随机拉断型和刮伤拉断型。后者主要有三类：(1)经压切的纤维，处在长输送带与快速回转的推移罗拉之间，纤维同时受牵伸和推拉作用而被重新排列成纤维条；(2)压切机构与针梳机相连，切断纤维在梳箱内重排成纤维条；(3)压切机构与针梳机相连，切断纤维在针梳的牵拉过程中重排成纤维条。
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