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1)  Composite air-jet texturing filament
复合空变丝
2)  silk/cotton covered yarn
丝/棉复合丝
1.
The central composite rotatory plan is used to discuss the optimal solid dyeing process of silk/cotton covered yarns knitted fabric with direct peach red 12B.
采用单因素试验法优化直接深棕ME和湖蓝5B对蚕丝/棉复合丝针织物的同色染色工艺,包括:染液pH值,电解质的种类和浓度以及染色温度。
3)  composite spinning
复合纺丝
1.
Study on composite spinning process for low-melting point polyester;
低熔点聚酯复合纺丝研究
2.
An antibacterial PET fiber with antibacterial agent content of 1 % by mass fraction can be produced via composite spinning from antibacterial PET masterbatch containing PET and silver-carrying nano-zinc oxide antibacterial agent treated with T-aminopropyl triethoxy silane.
用T-氨丙基三乙氧基硅烷处理过的载银纳米氧化锌抗菌剂与PET共混制得PET抗菌母粒,通过复合纺丝制得抗菌剂质量分数为1%的皮芯型抗菌PET纤维。
3.
An antibacterial polypropylene (PP)/polyamide 6 (PA6) composite fiber was prepared from PP,PA6 and inorganic antibacterial agent by composite spinning technology.
以无机抗菌剂、聚丙烯(PP)和聚己内酰胺(PA6)为原料,采用复合纺丝技术制备抗菌PP/PA6复合纤维,对其生产工艺及纤维性能进行了研究。
4)  complex wire
复合丝
1.
Study of the giant magnetic impedance effect in complex wire with structure of coaxial cable;
同轴电缆结构复合丝巨磁阻抗效应的研究
2.
Study of the giant magnetic impedance effect frequency spectrum of more P content CoP-Cu complex wire;
高磷含量CoP-Cu复合丝巨磁阻抗效应的频谱特性
3.
A giant magnetic impedance(GMI) effect of complex wires produced by electrodepositing CoP(amorphous) alloy on cylindrical Cu substrates was studied.
采用电化学工艺在Cu丝上沉积CoP合金镀层,制备出具有巨磁阻抗效应(GM I)的CoP-Cu复合丝。
5)  composite filament
复合长丝
1.
The fundamental conditio ns of PET /PA6separating style composite filament are in-troduced,and then the raw material c haracteristics of PET and PA6,denie r dsign,composite proportion,spinning temperature,winding speed,spinning pack replacement period and DTY process are discussed.
介绍桔瓣型PET/PA6复合长丝生产基本条件,讨论用于复合的PET和PA6两种原料的特性和应符合的条件,单纤纤度设计和复合比例,纺丝温度的选择,复合纺丝组件使用周期的确定,纺丝卷绕速度的选择及拉伸加弹工艺条件的确定。
6)  composed bundle
复合丝束
1.
Combined withthe results of transient temperature rising and energy analysis under tensileimpact,a perfectcomposed bundle model is proposed and the one-dimensional constitutive equation undertensile impact is derived.
本文在自行研制的冲击拉伸装置上首次实现了单向玻璃纤维增强环氧树脂的冲击拉伸加卸载试验,结合试件在冲击拉伸过程中的瞬态温升和能量分析的结果,提出了完整的复合丝束模型,推出了冲击拉伸时的一维本构方程;并对该材料在300~2000s ̄-1的应变范围内进行了全面的冲击拉伸试验,通过对试验结果的数值统计分析和应变率相关性分析拟合出具体的本构方程,结果表明这个方程是有效的,有明显的物理意义。
补充资料:不空罥索神变真言经
【不空罥索神变真言经】
 (经名)三十卷,唐菩提流志译。罥索观音之本经轨也。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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