1) Negative Oxygen Ion Fiber
多功能负氧离子纤维
1.
Development of Multifunctional Negative Oxygen Ion Fiber Yarn;
多功能负氧离子纤维纱的开发
2) negative ion fiber
负离子纤维
1.
Research and development on thin fabric woven by multi-component high count yarns with functional negative ion fibers;
功能性负离子纤维多纤高支薄型织物的开发与研制
2.
Based on the character of tourmaline and principle of absorption and radiation of far infrared,in order to get best biological effect and accord with dress hygienic standard as well as possible, Combining with some of the concrete problems of negative ion fiber manufacture, We put forward the method and direction of negative ion fiber exploiture.
以电气石微粉的特性和远红外辐射及吸收等原理为根据,以追求获得负离子纤维制品的最佳生物效应和尽可能符合服装卫生学的基本要求为目标。
3) negative ions fiber
负离子纤维
1.
Study of the preparation and properties of PET negative ions fiber;
聚酯负离子纤维的制备及其性能研究
4) anionic fiber
负离子纤维
1.
The performance of anionic fiber is analyzed.
分析了负离子纤维的性能,开发出负离子丙纶纤维和棉纤维混纺纱,并测试出负离子发射率,认为具有很好的保健性。
5) anion viscose
负离子粘胶纤维
1.
The technological process of production and the function of anion viscose fibre are introduced.
介绍了负离子粘胶纤维的生产工艺流程及其功能作用,对负离子粘胶纤维的质量比电阻和力学性质进行了测试,发现负离子会使纤维的质量比电阻降低,负离子粘胶纤维的细度CV%值较大。
6) viscose anion fiber
粘胶负离子纤维
1.
Tourmaline suppercative powder is added in course of viscose spinning to make viscose anion fiber which can permanently release anions, research technological properties of the functional fiber, discuss spinning technological technique and yarn index, yarn-dyed and the main properties of fabric, put forward development method of the new pattern functional fiber product.
介绍了应用电气石热电和压电两个效应特征,在粘胶纺丝中加入电气石超细粉制造具有永久性释放负离子功能的粘胶负离子纤维,研究了该功能型纤维的工艺性能,探讨了常规棉纺流程纺纱工艺技术及纱线指标,对纱线染色及织物的主要性能进行了分析比较,提出了该新型功能纤维产品开发的方法。
补充资料：负多项分布
负多项分布
egative polynomial distribution 唬 negati\e multinomial distribution
负多项分布〔l峭，tiVe州帅咖间血树加‘叨或优，ti记m司tino而al distribution;oTP一”a爬几‘“oe no月.HoM“a几卜Itoe pacnPe及eJIeH“e) 取非负整数m=O，1，…为值的随机变量Xl，…，Xk的联合概率分布(pro瓦biUtydjs川bution)(亦见联合分布(Joint曲佰bution))，由如下关系式定义 p{Xl=ml，。一，戈=m*}= r(r+m.+…+m;)(*) =—PoP不””Pf， T(r)mt!‘’‘m*!其中r>0和夕。，…，夕*(0<夕‘
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