1) Twisting-in Efficiency
捻接效率
2) Twisting Efficiency
加捻效率
3) splice
[英][splaɪs] [美][splaɪs]
捻接
1.
In this paper, by means of mechanism analysis and design method, the splicing motion, including the yarn's take-in and guide mechanism during the splicing procedure, has been analyzed, in order to compute and design the spacial yarn guide mechanism and the cams profile for the splicer.
利用机构分析和设计方法分析纱线捻接的机构运动,对捻接过程中纱线的抓取和导引机构进行运动剖析,以便设计该导纱空间机构及有关的凸轮廓线,为空气捻接器机构的设计改进提供理论基础。
4) splicing
[英][splais] [美][splaɪs]
捻接
1.
And also, the yarn motion in the splicing nozzle and the splicing principle has been studied.
研究自动络筒机空气捻接器的捻接原理。
5) graft efficiency
接枝效率
1.
The results show that as the temperature rises,the graft efficiency of quaternary ammonium salt with resin in water improves evidently with 94% at 60 ℃.
试验结果表明,随着温度的升高,季铵盐与树脂在水中的接枝效率提高,在60℃时可达到94%。
2.
In this paper,the effect of the selection of starches、initiator、crosslinking agent、additives,the preprocessing of starch,the ratio of initiator,the addition order of initiator on graft efficiency,water/salt-water absorbency has been studied.
用水溶液法合成了淀粉接枝丙烯酸/丙烯酰胺高吸水树脂,主要讨论了淀粉类型、引发剂类型、交联剂类型、添加剂类型、淀粉预处理方式、引发剂比例、引发剂加入方式等对反应的接枝效率、合成树脂吸水/吸盐水性能的影响。
3.
The graft efficiency was determined by means of water extraction method.
利用红外光谱仪和扫描电镜对自制的魔芋超强吸水剂(KSAP)的结构进行了分析,并用萃取法对其接枝效率进行了测定,结果表明KSAP系魔芋多糖与丙烯酸(钠)的接枝产物,为均一性的聚合物,其中含有大量的羟基和羧基亲水基团,且是以魔芋多糖为主链,以接枝的聚丙烯酸(钠)为侧链的聚合物,其接枝效率为75%。
6) welding efficiency
焊接效率
1.
The inner quality of welding line,the welding structure,the mechanical property,the welding efficiency and the line energy of the two types of welding methods are contrastively studied.
分析焊缝内部的质量、焊接接头的组织、焊接接头的强度,对比两种工艺的焊接效率和线能量,研究结果表明:在焊缝内部质量、焊接强度方面,双丝焊优于单丝焊;在焊接效率上,双丝焊是单丝焊的3倍;在单位线能量上,双丝焊比单丝焊降低了32。
2.
It is found that this new technique increases the welding efficiency a.
研究结果表明,随着外加电流的增加,焊缝熔深和面积增大,且焊缝表面成形更加均匀,鱼磷纹更加细密,即外加电流提高了焊接效率,改善了焊接过程的稳定性。
3.
Nowadays the researchon the application of GMAW puts great emphasis on the following aspects: Reducing welding spatter,increasing welding efficiency and deskillization of welding equipments.
目前GMAW工艺的研究着重于：抑制焊接飞溅，提高焊接效率，以及实现焊接设备的脱技能化。
补充资料：捻脚捻手
1.轻脚轻手，小心而不使出声。
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