1) Kose
高丝
2) high speed tapping
高速攻丝
3) high carbon steel wire
高碳钢丝
1.
To research delamination phenomenon of high carbon steel wire on the view of cementite decomposing during wire drawing and through experiment data.
根据拉丝过程中渗碳体分解的观点,并通过实验数据,对高碳钢丝发生分层现象进行研究。
2.
To introduce the application of pickling free drawing process to semi finished high carbon steel wire production.
介绍无酸洗拉拔工艺在高碳钢丝半成品生产上的应用。
3.
When S-Zn-75 and conductive salt added as additive to an electrogalvanizing productive process of high carbon steel wire,there is a promoting efficiency.
在高碳钢丝的电镀生产过程中 ,采用硫锌 -75及导电盐作为镀液添加剂 ,提高了电镀效率 ,降低了镀锌钢丝在拉拔过程中的镀层损失以及拉丝模的消耗 ,生产成本下降 ,最终成品钢丝绳色泽银白光亮。
4) high-temperature molybdenum wire
高温钼丝
1.
In the paper is adopted the mode of compacting of different as well as workmanship drawing high-temperature molybdenum wire.
采用了不同的制坯方式及加工工艺拉制高温钼丝,利用金相显微镜、电子拉伸机观察丝材的组织与性能,通过对不同工艺拉制的φ1。
5) high-tenacity fiber
高强力丝
1.
,the excellent 1400 dtex-T4A high-tenacity fiber was obtained,whose titer was 1350dtex,and the breaking tenacity was 10.
对锦纶66高强丝生产设备的纺丝组件、侧吹风系统、上油压丝器等设备进行了改造;降低了T4管道温度和纺丝箱温度,提高了纺丝牵伸比,生产的1 400 dtex-T4A高强力丝纤度为1 350dtex,原丝断裂强度为10。
6) high-speed spinning
高速纺丝
1.
Study on high-speed spinning of fine profiled antistatic polypropylene fiber;
异形细旦抗静电丙纶高速纺丝研究
2.
The antistatic PTT DTY of 165 dtex/36 f was prepared from the resulted PTT chip via high-speed spinning process subsequent to solid-state polycondensation.
对合成的PTT切片固相增粘后进行高速纺丝制得165 dtex/36 f抗静电PTTDTY。
3.
The super-molecular structure of these two polymers was described under high-speed spinning conditions.
概述了聚对苯二甲酸乙二醇酯(PET)、聚对苯二甲酸丙二醇酯(PTT)的结构异同点,以及高速纺丝工艺条件下纤维的超分子结构。
补充资料：D-高丝氨酸
分子式：C4H9NO3
分子量：119.12
CAS号：6027-21-0
性质：熔点205°C。比旋光度9° ((c=5, H2O))。水溶性Soluble。
分子量：119.12
CAS号：6027-21-0
性质：熔点205°C。比旋光度9° ((c=5, H2O))。水溶性Soluble。
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