将导电炭黑混入到热塑性聚氨酯中，经熔融纺丝制得导电纤维。
Carbon black was blended into thermoplastic polyurethane, the electrical conductive fiber was obtained by melting spinning.
将传递矩阵法应用于结构复杂的复合转子系统，对高速纺丝卷绕夹头的临界速度及其振型进行了理论推导与计算。
Applying transfer matrix method to the complex rotor system, the critical speed and the vibrating model of a high - speed spinning winding chuck are analyzed.
它利用纳米科技将竹炭颗粒微粉化后，熔融于涤纶载体纺丝而成，具有优异的消臭、蓄热、调湿等保健功能。
It USES nanotechnology to powder of bamboo charcoal particles, the melt spinning at the carrier made of polyester, has excellent deodorizing, thermal storage, humidity and other health functions.
纺粘非织造布是将化纤的纺丝和非织造布的成网、固化技术相结合的工艺技术。
The production technology of spun-bonded non - woven fabrics involves both the spinning technology of chemical fiber and the web-forming and-consolidating technology of nonwovens.
将醋酯纤维素溶解于丙酮中(丙酮中含有少量的水，最大含水量为丙酮重量的10%)而形成纺丝液。
The spinning solution is made by dissolving cellulose acetate in acetone containing a small amount of water (up to 10 percent).
在聚合物加工过程中，比如挤出、注塑以及纺丝等，聚合物材料将遭受各种不同的流动场。
During polymer processing, such as extrusion, injection molding, and fiber spinning, polymer materials are subjected to various flow fields.
将共聚物通过湿法纺丝，得到了阻燃纤维。
纺粘非织造工艺是将化纤的纺丝和非织造布的成网、 固化技术相结合的工艺技术。
Spunbonded nonwoven technology is a technology which combines the spinning technology of chemical fiber and the web forming and solidifying technology of the nonwoven.
将分散剂、纳米碳酸钙和聚丙烯(PP)切片按一定比例混合纺丝制得改性PP纤维。
The modified PP fiber was prepared by blending a dispersant, nano-calcium carbonate and polypropylene (PP) chips at a specific ratio.
将陶瓷粒子与PET共混纺丝，研究了不同处理剂及不同陶瓷粒子含量对PET纤维各项力学性能的影响。
The influence of ceramic particle proportion and treating agent on the mechanical property of the PET fiber blended with ceramic particle was studied.
将陶瓷粒子与PET共混纺丝，研究了不同处理剂及不同陶瓷粒子含量对PET纤维各项力学性能的影响。
The influence of ceramic particle proportion and treating agent on the mechanical property of the PET fiber blended with ceramic particle was studied.
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