【摘 要】
：
Cotton, synthetic fiber, viscose, silk and wool are all textile raw materials and from various sources.Each raw material has its own features and different destinations.
【机 构】
：
Economy and Management School Xinjiang University, China
【出 处】
：
The 12th Asian Textile Conference (第12届亚洲纺织会议暨2013年纺织学术年会)
论文部分内容阅读
Cotton, synthetic fiber, viscose, silk and wool are all textile raw materials and from various sources.Each raw material has its own features and different destinations.
其他文献
超导瞬变电磁应用的超导磁传感器的带宽需足够高(100 kHz以上),但同时大带宽磁场接收使数据极易受环境电磁干扰影响(尤其是晚期衰减信号).应用常规滤波方法对时非线性非平稳的超导TEM信号处理,易造成波形畸变,影响反演解释.经验模态分解(EMD)方法完全基于数据驱动,自适应将信号从高频到低频分解成一系列模态函数分量,根据信号自身特性进行分量选择,不会造成波形畸变.
磁通量子干涉器件(SQUID: Superconducting Quantum interference Device)是极其灵敏的非线性磁通-电压转换器,需要采用基于磁通锁定环路原理的读出电路实现其磁通-电压的线性转换.直读式读出电路结构简单,体积小,易于集成,广泛应用于多通道SQUID探测系统中.
超导纳米线单光子探测器(SNSPD,superconducting nanowire single photon detector)由于其探测效率高、响应速度快、低暗计数和低时间抖动等优点,在量子通讯、量子光学等领域具有重要的应用前景.SNSPD最重要的性能指标是系统探测效率(SDE,system detection efficiency),而光耦合效率对SDE起着至关重要的作用.
本文针对WCDMA通信系统的要求,设计了一种具有线性相位的高温超导(High Temperature Superconductor—HTS)滤波器,并给出了HTS线性相位滤波器的设计理论、设计过程.文中采用了一种新型的小型化开口环谐振器结构来制作线性相位滤波器,解决了常规正方形开口环结构因耦合缝太窄而不易加工的弱点.采用自均衡结构来实现滤波器的线性相位.
Protective and functional textiles have been gaining attention in recent years.This study aims to explore the influence of the type of metallic fibers on the electromagnetic shielding effectiveness of
The seamless circular knitting technology has been used in many products.Its applications include sock, intimate seamless T-shirts and inner layer of warm clothing.
It has been shown through various experimental works that the geometry of woven fabrics will change after release from looms which is mainly due to the contraction forces in the structure.
Theoretical studies of embeddable and locatable composite spinning (denoted as ELCS) are conducted by comparative investigation, geometrical model simulation and mechanical analysis.
The shear behaviour is one of the most important mechanical characteristics of fabrics, which has a significant effect on handle, drape, and formability of fabrics in complex deformations.
The purpose of this study is to obtain the characteristics of physical properties of VORTEX(R) spinning yarns and ring yarns.All samples are composed of rayon 100％, and No.30 count yarns.