导电纤维

接枝纤维在含铜化合物，含硫还原剂溶液中反应，制备PET导电纤维。

Then the AN-grafted PET fibres were treated in a solution containing copper-compound and sulfur reducing agent to obtain PET conductive fibre .

含铜聚丙烯睛基导电纤维稳定性的再研究

Further Study on Stability of Polyacrylonitrile-Based Conductive Fibre Containing Copper Compounds

PET导电纤维的制取及研究

A Study on Preparation and Properties of PET Conductive Fiber

CuxS／PAN导电纤维的结构与性能

Structure and Properties of Cu_xS / PAN Conduction Fiber

采用化学镀镍的方法制备金属化导电纤维。用扫描电镜（SEM）、X射线衍射法、光电子能谱仪（XPS）等分析金属化纤维的结构，并对其性能进行研究。

The structure and properties of metallized fiber have been investigated with SEM , X-ray diffraction and XPS .

当导电纤维含量达到5wt%时，此时复合材料的体积电阻率为0.43Ω·cm，具有较好的电磁屏蔽能力。

When conductive fiber content reaches 5 wt % , the volume resistivity of composite is 0.43 Ω· cm and have good effectiveness for shielding EMI .

使用浓硫酸和浓硝酸的混合溶液将多壁碳纳米管进行功能化处理后与聚丙烯腈（PAN）进行共混，采用湿法成形技术制备出了多壁碳纳米管/PAN导电纤维。

The composite fiber was produced with concentrated sulfuric and concentrated nitric acids treated multi-walled carbon nanotubes ( MWNTs ) and polyacrylonitrile ( PAN ) via conventional wet spinning .

本文研究了在羰基铁粉（CIP）吸波涂层中添加导电纤维对涂层的电磁参数和反射率的影响规律。

Addition of electrical conductive fiber to the radar absorbing coating of carbonyl iron powder ( CIP ) has been studied .

通过采用有机钛酸酯和硅烷偶联剂对导电纤维进行改性，从而提高EP对导电纤维的浸润能力。

The soakage ability of EP to the conductive fiber was improved by adding coupling agent ( organic titanate and silane ) to deal with conductive fibers .

研究了导电纤维/EP复合材料的正温度系数效应（Positivetemperaturecoefficient，PTC），发现用3.5wt%的导电纤维填充EP时可以使复合材料有一定的PTC效应。

The positive temperature coefficient ( PTC ) of nickel-coated PET fibers / EP composite has been studied , the composite have certain PTC effectiveness when adding 1.5 wt % conductive fibers to fill EP .

用电子能谱研究了镀层的表面组成，结果表明，采用超声波化学镀镍制备的导电纤维的Ni相对含量高达99.5wt%，并且纤维导电能力优于常规电镀。

Surface components of nickel-coated fibers were determined by XPS . The content of nickel in the nickel coating which handled by ultrasonic electroless deposition techniques is over 99.5 wt % , and the conductive ability is better than conventional electroplate method .

建立了风幕防护模型，利用计算流体力学软件Fluent针对导电纤维弹的风幕式防护方案进行数值模拟，提出了下步工作的研究方向。

Besides , we had established the wind protective screen model , made use of the soft Fluent to make the numerical simulation for the wind screen defense program and gave the research direction of the further task .

PAN-CuI导电纤维的研制

The preparation of PAN-CuI conducting fibers manufacture of conductive fiber

研究了在空气和含NO2气氛中不同温度下对GF/Cu皮芯复合导电纤维材料加速老化，力学性能、电学性能的影响，以及空气中高低温冲击导致其力学性能变化的规律。

The mechanical properties and electrical conductivity of conductive fiber of a copper coated glass fiber GF / Cu were measured after accelerated aging at different temperatures in air and nitrogen dioxide containing atmosphers respectively .

发现导电纤维的添加使磁性金属微粉CIP吸波涂层的介电常数增大，使得吸波涂层的吸收峰向低频移动，有利于改善低频段的吸收效果；

The results show that with the addition of electrical conductive fiber the dielectric constants of the CIP coating increased , and the peak of the reflectivity of the radar absorbing coating to the low band .

本文介绍了尼龙BCF簇绒地毯的静电防止方法，导电纤维在尼龙BCF地毯中的防静电机理及使用方法。

This paper introduces the methods of antistatic for nylon BCF carpet and the machenism of antistatic of electrical conductive fiber in nylon BCF carpet , and the application methods of electrical conductive fiber .

在正极中添加1～2mm、10%的导电纤维时，比能（容）量提高38%（357%）。

In the positive plate conductive fiber containing with the length 1 ~ 2 mm was added 1.0 % , specific ( energy ) capacity was increased ( 38 % ( 35.7 % ) . )

PANI-DBSA的质量分数为5%时，复合导电纤维具有良好的力学性能，电导率可达10-3S/cm。

When PANI-DBSA composite fiber has a mass fraction of 5 % , the fiber demonstrates excellent mechanical properties and has conductivity of an order of ( 10 ~ ( - 3 ) S / cm . )

本文研究了纳米导电纤维（Nano-F）与导电炭黑（HG－CB）填充硅橡胶复合材料的电性能，Nano－F／HG&CB填充硅橡胶复合材料具有高的导电性；

Electric property of silicone rubber composite filled with nano-conductive fibre and conduCtive carbon-black was investigated . It was shown that the composite possessed high electric conduCtivity and resist-heat stability .

新型导电纤维微结构和性能的研讨

A Study of Microstructure and Properties of New Type Conductive Fibres

导电纤维对正极放电性能的影响

The effects of conductive fiber on the discharging performance of positive

用非金属导电纤维开发纯涤纶抗静电织物

The development of polyster antistatic fabric by using non-metal conductive fiber

纺丝成形条件对聚苯胺导电纤维性能的影响

The influence of fiber-forming conditions on properties of polyaniline conducting fiber

碳黑涂覆型聚酯导电纤维的制备与性能

Preparation and characterization of carbon black coated polyester electrically conductive fiber

碳黑／聚氨酯共混导电纤维熔融纺丝的研究

Research on carbon black / polyurethane blend melt spinning conductive fibers

抗静电纤维和导电纤维的研究与发展

The research and development of the antistatic fibers and conducting fibers

短切导电纤维填充的复合材料吸波性能研究

Study on radar absorbing properties of composite filled with electric conductive fiber

有机导电纤维的结构和性能研究

Study on the structure and properties of organic conductive fiber

抗静电剂在含有机导电纤维长丝织物上的应用

Application of anti-static agent on fabrics with bi-component anti-stat filament

有机导电纤维抗静电织物的测试方法

Analysis of the measurement for antistatic fabric made of organic conductive fiber