| 1. | Research of the compressibility of fiber fill assembly
絮类填料纤维集合体压缩性能的研究 |
| 2. | Friction and wear properties of al2o3 fiber filled - ptfe composites
复合材料摩擦磨损性能分析 |
| 3. | Loose tube optical fiber filled with jelly
膏状物填充松管光纤 |
| 4. | The methods of compounding then with fiber or textiles , such as composite spinning , hollow fiber filling , textile coating and micro - encapsulation , are exemplified and compared
例举复合纺丝法、中空纤维填充法、织物涂层后整理法、微胶囊法等相变材料与纤维或纺织品的复合方法，比较各种复合方法的特点与优劣。 |
| 5. | ( 4 ) compared with other fillers , the performances of wollastonite filling composite system are super to that of calcium carbonate and talcum filling systems , and are near to that of asbestos and glass fiber filling systems
( 4 )与其它pp填充矿物相比，硅灰石填充复合体系的综合力学性能优于碳酸钙和滑石的填充体系，并可与石棉、玻璃纤维的填充体系相媲美。 |
| 6. | Based on the essential elucidation on their respective thixotropic mechanisms , with the help of the rheogeniometer , the tests of the two representative fiber filling gels ' rheological properties including thixotropy and yield stress were carried out
文章在阐明它们各自增稠触变性机理的基础上，采用流变仪检测了两种有代表性的光纤油膏的流变学性能，其中包括触变性和屈服应力。 |
| 7. | Optical fiber coating loose tube , fill in fiber compound , strengthened steel wire in the middle , tube gasket around steel wire as se intertwist , cable fiber fill in cable core , and then coating water blocking tape , double - faced pe outer jacket . best se intertwist protect optical fiber away from drawing and press
光纤被覆松套管，纤膏填充，金属加强件置于缆芯中心，束管围绕钢丝作sz层绞，缆芯内充缆膏，外纵包阻水带，双面涂塑钢带粘结pe护套。 |
| 8. | A 4x4 optical fiber network embedding in composite materials is designed to determine the feasibility of the self - diagnose program . finally , the method of self - repair using hollow optical fiber filled adhesive is put forward . two samples are made to study the performance
在此基础上设计了一个可以实现损伤诊断的3x3空心光纤网络构成的智能结构自诊断系统，并按照小型化、经济化等要求完成了光源的选择、发光和接受电路的设计、耦合接口和数据采集系统的研究。 |
