查询词典 associated fiber bundle

The company has been formally in January 2007 to produce polyester°, small of the product can be used for textile POY, FDY polyester filament, etc., can also be cotton textiles, in the long, wool type staple fiber, hollow fiber and differentiation fiber.

该公司已经于2007年1月正式生产出半消光聚酯切片，小该产品可用于纺织POY、FDY等涤纶长丝，也可以纺织棉型、中长、毛型短纤，中空纤维和差别化纤维。

The main problems of pure wool fiber knitted apparel and the design thought of bamboo fiber used in wool fiber s were introduced briefly in this paper.

介绍了目前纯毛针织服装用于贴身穿着时存在的主要问题，及将竹原纤维应用于毛纤维产品中的设计思路。

In this paper though built a mathematical model of single cell structure of wood fiber,oriented machining method for micro-wood fiber was analyzed and determined,and also the splitting crack condition to form micro-wood fiber was discussed as well.

通过建立单个木纤维细胞结构形状的数学方程，分析确定定向微米木纤维加工技术形成的方法，同时讨论了实现微米木纤维细胞劈裂的条件。

Based on setting up mathematical model of wood fiber cell structure, this paper studied on the variation description method of wood fiber cell structure, at the same time, this item set up the judging rule of the smallest cutting thickness of micrometer wood fiber cell splitting, gaining the high strength MFB of poplar whose modulus reach above 5171MPa.

本文在建立木纤维细胞结构数学模型的基础上，进行了木材纤维细胞结构劈裂描述方法的研究，建立了微米木纤维细胞劈裂的最小切削厚度判定原则，MFB的实验研究获得了弹性模量达到5171MPa以上的高强度试件。

This study testified the advantages of produce micron wood fiber such as high fiber production, low pollution and less water usage by mechanical method, drawing up a new scientific method of forming micron wood fiber at cell splliting level.

给出了理想的试验热压曲线，分析了实验过程应该注意的问题，验证了机械法制微米级木纤维得率最高、污染最小和用水量最少的优点，从细胞劈裂水平上提出了新的形成微米木纤维的科学方法。

Because the performance of the short wavelength single mode optical fiber should be higher, a multi-model optical fiber is used to produce quasi-single mode output, and a beam prism employed instead of the optical fiber splitter.

由于短波长单模光纤及其双波长光纤分束器件的要求比较高，而用多模光纤进行准单模输出调整，以及用分光棱镜进行光束的分光，同时用对双波长敏感的光致聚合物材料进行存储，其光谱灵敏度均匀，光谱范围互不重叠。

In order to obtain more exact analytical solution to study the output characteristics of double-clad fiber lasers,according to the continuous-wave rate equations of fiber lasers,using typical parameters of double-clad fiber lasers,the contribution of the re-emission effect arising from the interaction between the upper-level atoms and pump light was estimated.Taking into account the predominant part of the re-emission to improve the accuracy of the integration approximated rate equations,the integration of the product of the loss and radiation should be found and explicit analytical expressions for the output of the DCFLs and gradient efficiency of the pump radiation,were deduced,and certain issues of concern were discussed.

为了求得用于研究双包层光纤激光器输出特性的更为精确的解析解，根据稳态速率方程组，针对典型的双包层光纤激光器参量，在估计了上能级粒子再发射项和抽运光产生的影响后，采用保留再发射贡献主导部分的办法以提高可积分近似方程的精确度，明确地提出了要获得光纤激光器输出功率的解析表达式的关键在于求出损耗系数与光场乘积的积分值，简洁地求得了输出功率和抽运光斜线效率的显函数解析表达式，并对其相关问题进行了讨论，以915nm，920nm和975nm的抽运光为例，当输出激光为1090nm时，得出975nm抽运光产生的斜率效率最高并可高达约87%。

Carding process of polytrimethylene terephthalate fiber was researched through changing speed of taker-in and gauge between taker-in and feeding flat and between cylinder and flat with discussing of influence of different carding process on neps creation,short fiber content and fiber length irregularity given.

通过改变刺辊转速、刺辊与给棉板隔距、锡林与盖板隔距等工艺参数研究了PTT纤维的梳理工艺，探讨了不同梳理工艺对生条棉结数量、短绒率及纤维长度不匀率的影响。

Fiber optic light grid's spreading a feeling machine is to use a fiber optic light grid to make into of a kind of new fiber optic spread a feeling machine.

光纤光栅传感器是用光纤光栅制成的一种新型光纤传感器。

Different fiber optic light grid's spreading a feeling machine can have a different work wave-length, so can make use of to reply to use a technique for a cent, fiber-optic unite many fiber optic light grids to spread a feeling machine to make distribute type diagraph in one.

光纤光栅传感器除了具有一般光纤传感器的优点之外，还具有FBG波长编码的特性，它使FBG抗干扰能力强，易于组网复用，实现准分布式测量，可以运用在恶劣环境的场合，是传统传感器的理想替代品。

The teacher likes the honeymouthed little girl very much.

老师很喜欢这个嘴甜的小姑娘。

Mr. Notker Bien's interests are traveling, spending quality time with the family and long-distance-running.

诺特卡·柏恩先生热爱旅游，长跑，以及和家人一起共度美好时光。